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I
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' v^
THE COMMON SENSE OF THE
MILK QUESTION
THE MACMILLAN COMPANY
NBWVOXK • BOSTON • CHICAGO
ATLANTA • SAN PRAHCISCO
MACMILLAN & CO., Limitbd
LONDON • BOMBAY • CALCUTTA
MBLBOURNB
THE MACMILLAN CO. OF CANADA, Lnx
TORONTO
i!
i i
s I
II
-J
THE COMMON SENSE OF THE
MILK QUESTION
BT
JOHN SPARGO
AUTHOR OF **THB BITTBR CRT OF THB
CHILDREN," BTC.
THE MACMILLAN COMPANY
1908
AU riffhta re§er9 0A
SF
OomioBT, IMS,
Bt THB MACMILLAN 0OMPA9T.
Set up and electrotyped. Published April, 1908.
NotfBoob 9n9*
J. 8. CuBhtng Co. — Berwick & Smith Oo.
Norwood, Mm8., U.S.A.
h
THIS VOLUME IS DEDICATKO
TO
MR. NATHAN STRAUS
▲ PIOKEEB IN THE GREAT WORK OF SAVING INFANTS
FROM NEEDLESS SLAUGHTER
WITH THE author's PROFOUND ADMIRATION
AND GRATITUDE
-^ "• • • .--. - •• -r^J
PREFACE
The present volume owes its existence to a demand
for the publication of various lectures upon the sub-
ject delivered by the author in many cities during the
past seven years, and to a growing personal convic-
tion of the need of a popular, easily understandable
exposition of a subject which the lay reader finds
fraught with many difficulties.
No apology is ofifered for the book — except for its
many shortcomings, which none will deplore more
than the author — nor for the fact that it is written
by a layman for lay readers. There is a voluminous
and bewildering literature wholly devoted to the
subject, as may be inferred from the fact that one
single bibUography with which I am acquainted con-
tains no less than 8375 titles, and is still so incomplete
as to cause the student a good deal of exasperation I
Much of this literature — perhaps I should not be far
wrong if I were to say almost the whole of it — is
either not accessible to the ordinary reader, or, what
is equally important, unintelligible to him.
Now, it is perfectly obvious that if ever we are to
deal with the politico-social aspects of the milk
problem, this must be remedied to the extent of pro-
▼ii
Vm PREFACE
viding the average intelligent citizen with some
statement of the question which can be readily undeiv
stood and appreciated. To provide such a state-
ment is the very modest aim of this volume.
By way of assurance to that public which I thus
venture to address, I desire to repeat here a statement
which I have made in almost every one of my lectures
upon the milk question ; namely, that there are no
mysteries in the great problem of the relation of the
public milk supply to the public health which need
frighten away any intelligent lajrman. There are
mysteries, unquestionably, many wonderful phe-
nomena, which the ph}rsiologist, the pathologist, and
the bacteriologist are as unable to explain as the
humblest layman; there are also many means of
investigation which require scientific and special
training. The results of such investigation, however,
can be so stated, I believe, that any reader of average
intelligence can understand them. The social and
economic aspects of the problem belong to general
civic knowledge, not wholly nor mainly to the medical
profession.
In connection with the much-disputed subject of
pasteurization, I have found it necessary to modify
certain statements made in an earlier work. The
Bitter Cry of the Children, In that work I ex-
pressed the conviction that the pasteurization of milk
is ''a grave mistake." I am still of that opinion in
PREFACE IX
80 far as I believe it to be a very serious mistake to
trust wholly to the destruction of germs in milk, rather
than to aim at a germless, clean supply, needing
no such treatment. I am, above all else, an adhe-
rent of what is caUed "The Clean MUk School." Still,
under existing conditions, I am (as indeed I have al-
ways been) an advocate of pasteurization as a pre-
cautionary measure. Pasteurization is a makeshift,
not a solution of the problem, but I do not despise
the makeshift on that account. In my earlier work
I desired to lay special emphasis upon the desirability
and the possibility of securing a safe and wholesome
milk supply for all our cities, and I am grateful for
the many assurances that have come to me of the fact
that the volume in question contributed in some de-
gree to the direction of public attention to that very
important matter. I desire to state, however, that
in my own family pasteurization has been practised,
simply because I could not consent to the exposing
of my children to the perils of raw milk as they are
described in the following pages.
As far as possible, I have acknowledged my indebted-
ness to other writers, either in the text itself or at the
end of the book. I wish it were possible for me to like-
wise acknowledge my indebtedness to all who have so
kindly assisted me, but that is out of the question.
Nearly a thousand correspondents, mostly physicians
and veterinarians, have given me the benefit of their
X PREFACE
experience and advice; more than three hundred
farmers and dairjmien have kindly permitted me to
visit their premises and helped me in many other
wa3rs; and, not less important, numerous mothers have
given me their confidence and most loyal cooperation.
To all of these I have tendered my thanks personally,
and it remains only for me to make this public ac-
knowledgment of valuable assistance freely and gen-
erously given.
To some of my friends I am so deeply indebted for
special assistance that a word of acknowledgment,
other than that given above, seems necessary. I
desire, therefore, to take this opportunity of specially
thanking the following gentlemen : Dr. Henry Dwight
Chapin, Professor of Diseases of Children at the New
York Post-Graduate Hospital; Professor R. A.
Pearson, of Cornell University ; Dr. George W, Goler,
Health Officer, Rochester, N.Y.; Dr. Thomas Dar-
lington, Health Commissioner, New York City;
Dr. W. H. Park and William E. Burton, of the Health
Department, New York City; Dr. E. F. Brush, of
Mount Vernon, N. Y. ; Dr. John B. Huber, of New York
City ; Dr. Arthur Greene, of the Straus Laboratories,
New York City; Professor Gustav Bang, of Copen-
hagen; Mr. Lewis W. Hine, of Yonkers, N.Y., and
Mr. William Wirt Mills, of the New York Evening
MaUy who generously placed at my disposal a valuable
collection of papers and reports.
YONKBBS, N.Y. J- S.
CONTENTS
Prbfacb yii
CHAm»
I. The Risk ik thb Value of Babzsb. . . 1
IL When the Mothers Fail 14
m. Why Cow's Milk? 46
lY. Filth as Infants* Food 82
y. Milk-borne Diseases 120
YI. A Brief Summary of the Problem . . 151
VII. Remedial Theories and Experiments . . 174
Vin. Pure verscs Purified Milk .... 241
IX. Outlines of a Policy of Reform . . . 267
Appendices 307
Index 341
LIST OF ILLUSTRATIONS
FULTB
L Cow Yard with Stagnant Fool . Frontispiece
rACEZIG PAOB
n. An Unsanitary Cow Bam 34
III. Cow Bam where Cleanliness is Impossible . . 42
IV. "Cheap" Milk— for the Babies of the Tene-
ments 52
V. Manure heaped inside of Cow Barn where Milk-
ing is Done 62
VI. An Ideal Cow Stable 72
Vn. Cows that Need Washing 85
Vni. Filthy Barn-yard with Fools of Liquid Matter . 95
IX. A Typical Retail Milk Store .... 105
X. Dirty Cow Bam 112
XI. Diseased Cow, Milk from which was sold in New
York 124
Xn. Effect of Raw Tuberculous Milk upon a Guinea
Fig 130
Xin. Cow in Last Stage of Tuberculosis • . . 142
XIV. A Study in Headlines 154
XV. Bacteria in the Atmosphere .... 160
XVI. Same Interior as Shown in Plate V . . .166
XVn. Milk sold on the Open Sidewalk .... 172
XVm. A Straus Depot for Adults 186
XIX. "Clean Milk" Farm, Rochester, N.Y. . . 206
XX. Infants' Milk Depot, Rochester, N.Y. ... 212
xiii
XIV LIST OF ILLUSTRATIONS
PLATE PAOIVO TAOn
XX r. Bottle-washing Tent, Rochester Depot . . 218
XXIL Rochester Depot—Packing the Milk in loe . 228
XXIII. Straus Depots — Pasteurization Plant. . . 242
XXIV. Straus Pasteurization Plant— Filling Bottles . 250
XXV! One of the Straus Infants* Milk Depots . . 264
XXVI. (a) Modest and Inexpensive Cow Stable . . 200
(b) A Railroad Milk Station— New York City. 290
\
'i
THE COMMON SENSE OF THE
MILK QUESTION
THE COMMON SENSE OF THE MILK
QUESTION
CHAPTER I
THE RISE IN THE VALUE OF BABIES
Never in the history of the world probably —
certainly not in modem times — was so much intelli-
gent and earnest effort devoted to the welfare of chil-
dren as to-day. In all civilized countries the physical,
mental, and moral well-being of the children occupies
a large and increasing share of the attention of thinkers
and statesmen. There are still many little ones who
needlessly suffer because of the ignorance and greed
of parents and guardians, or because of distressing
social negligence and ignorance; the bitter cry of
wronged and despoiled childhood still rises in painful
volimie to rebuke us and lacerate our hearts. I would
not minimize that cry of rebuking anguish, nor seek
to hide from the vision of men one single trace of the
agony of suffering childhood which torments us and
goads us to do justice to the helpless victims. Heaven
knows that amid the din and strife of our busy world
B 1
2 THE COMMON SENSE OF THE BflLK QUESTION
the cry of the children is none too loud, that it is even
now sometimes unheard so that we pass unheeding
** The black sides of the pit, the quenchless fire."
Still, with my eyes upon the pit, I am conscious of
the bright, kindly sun above, and know that the world
is a better place for children than ever before in its
history. Never before were the arms of society
spread for their protection around the children as
now.
The fact is that modem nations place a higher
value upon child life to-day than they formerly did,
or than any of the nations of the past. Instead of
regarding the child as a burden, we regard it as an
asset, and the death of a child we have come to look
upon as a loss to the community. We think with
horror of the widespread practice of infanticide, by
Central Australians, Melanesians, Eskimos, Fijiansi
the Chicimecs of Mexico, and many other savage
peoples,^ and utterly fail to comprehend the barbarous
custom, or the economic conditions which inspired it.
Obviously, to such people the coming of a child must
have meant an additional burden, not an addition
to the wealth of the group, family, or community.
Fortunately, among modem civilized nations it is
otherwise. Universally, a steady increase of popula-
tion by the natural propagation of the species is
regarded with favor, and a stationary or declining
birth-rate looked upon as calamitous. It is in no
THE RISE IN THE VALUE OF BABIES 3
cynical spirit that I suggest here that our changed
attitude toward the child is largely attributable to
our fear of just such calamitous racial decline. For
among the most impressive social phenomena of our
time the diminishing birth-rate in most civilized
countries holds a prominent place.
I would not take issue with those who glory in the
increase of solicitude for the welfare of children as
an evidence of the growth of pure altruism. At
the same time, I cannot escape the conviction that
there is much significance in the fact that France,
the nation which feels most keenly the perils of a
diminishing birth-rate, leads the world in those vast
social experiments which aim, in the words of Sir John
Gorst, ''to make the most of such children as are
brought into the world." ' It is because of the very
narrow margin of births over deaths that France
values her babies more highly than any other country.'
In the great Australian commonwealths, the decline
in the birth-rate during recent years has caused great
anxiety and compelled statesmen and men of science
to seek ways and means of preventing needless in-
fantile mortality.* When England was confronted
by a dearth of soldiers the dwindling of the birth-rate
became a matter of vital concern. Statesmen and
scientists were forced to give it their attention, and,
as in the other countries named, the question of
properly caring for the children bom was invested
4 THE COBIMON SENSE OF THE MILK QUESTION
with a new and vital importance and urgency.' In
this country, likewise, our alarm at "race suicide"
has ^ven a very noticeable impetus to chDd study,
and especially to the effort to save as many as pos-
sible of the tens of thousands of babies now needlessly,
ignorantly sacrificed every year.
n
From the Malthusian cry of "overpopulation" to
the Rooseveltian cry of "race suicide'' is an astound-
ing transition. Throughout a large part of the
nineteenth century the influence of the Malthusian
dread of an increase of population beyond the limits
of the means of sustenance dominated the political
economy of the English-speaking world, and, with the
exception of France, most of the rest of the world
included in the category of civilization. The idea
was not restricted to the economists, but obsessed the
popular mind in a most remarkable manner. When-
ever it was proposed to do anjdihing for the improve-
ment of the conditions surroimding the lives of the
masses, the cry was raised that nothing could be done
until means were found to check "the devastating
torrent of babies." •
Now the pendulum has swimg to the other extreme.
There is universal concern and fear because of a stead-
ily declining birth-rate^ and the cry of race suicide
THE RISE IN THE VALUE OF BABIES 5
terrifies the nations. Of the facts there can be no
question ; the decline in fertility of the human species
in highly civilized countries ranks among the most
challenging social phenomena which sociologists are
trying to explain. That the birth-rate should be
decreasing so rapidly in the newer countries is
an astonishing condition of the problem. Canada,
sparsely populated, with an immense empire of terri-
tory and practically boundless resources, presents an
interesting study. There the decline in fertility
seems to be greatest among people of Anglo-Saxon
inheritance. In the Province of Quebec, which is
mainly populated by French Canadians, the birth-rate
per thousand in 1901 was 35, while in Ontario, a prov-
ince populated mainly by people of British origin, the
birth-rate in the same year was only 21.1 per thou-
sand.^ In Montreal, in 1902, the birth-rate of each
of the three classes into which the vital statistics
of the city are distributed was as follows : —
Fzench Canadians . . . « • . 48.6
Other Catholics 22.4
Fh>te8tants 23.7
The great majority of the second and third classes
were undoubtedly of British origin, so that the figures,
taken in conjimction with those already cited, suggest
a racial decline — the comparative infertility of the
British descendants and the superiority of the
FrendL*
6 THE COBfMON 8EN8S OF THE MILK QUESTION
How, then, shall we account for the comparative'
success of the French descendants in view of the no-
table failure of their blood relations in France ? May
it not be that the racial distinction suggested by the
Canadian figures is an accident, of little or no influence,
and that the real reason for the great difference in the
birth-rate lies in the differences of social conditions
and intellectual development ? There is more poverty
and much more illiteracy among the French Canadians
than among the people of British origin, and these
are conditions which favor a high birth-rate. If this
be the real reason for the difference in fertility, Can-
ada's experience conforms to a universal fact of tre-
mendous importance, namely, that sterility almost
invariably accompanies intellectual and material
advance on the part of nations.
In England the decline in the birth-rate is prin-
cipally due to the growing infertility of the richer,
and not the poorer, classes ; * in this country, likewise,
the decline is chiefly among the better-favored classes,
people of native American stock." There is no failure
among the poor and often ignorant immigrants who
crowd our cities, nor among the negroes. In South
Africa, again, it is the intelligent, progressive, educated
British who are infertile," just as it is the people of
British origin, alert, educated, prosperous, and pro-
gressive, who fail to maintain a healthy rate of increase
in the Australian states, despite all the advantages
THE RISE IN THE VALUE OF BABIES 7
which a young and vigorous people must have in
such immense and fruitful countries^ where they are
imburdened by oppressive militarism. In the whole
range of modem vital statistics^ I know of nothing
more interesting to the sociologist than the striking
decline m the Australasian birth-rates, shown in the
accompanying table.
Table I
AusTRAUAx Statu
\: BiRTR-RATB PER
1000 POPULATIOH*
PknoD
Nsw
South
Waus
VlCTO-
BIA
Qutms-
LAMD
South
AUSTKA-
UA
Wser
Austra-
lia
Tabma-
IflA
Nhw
Zha-
LA2r]>
1871-1875 . .
1881-1885 . .
1891-1895 . .
1895-1900 . .
89.05
87.65
82.98
27.98
85.69
80.76
80.93
26.22
40.81
86.87
85.15
80.40
37.24
88.52
81.54
26.59
81.80
84.57
80.77
28.78
29.72
35.02
82.84
28.28
40.02
86.50
27.66
26.74
That there is an increasing tendency to sterility in
modem life, particularly among the more progressive
nations, is shown in a most striking manner by the
accompanying statistical table. It will be observed
that while the percentage of decrease is greatest in
the Australian states, their condition is no more alarm-
ing than that of France with its very small percentage
of decrease. But France has long been confronted
*A6M!jpti6d from the Report of the Royal Commiesion on the De-
elhie of the Birth-rate and on the Mortality of Infanta in New
South Walea, 1904.
8 THE COMMON SENSE OF THE MILK QUESTION
by the spectre of a dwindling birth-rate, while for the
Australian countries the condition is a new one. Race
suicide is no longer a French phenomenon; it is
universal
Table n
Showing the Decrease of Birth-bates per 1000 Popu-
lation IK Various Countries in Ten Years
Cou2mT
South Australia •
Victoria . . . .
New South Wales
Queensland . .
West Australia .
New Zealand . •
Tasmania . . .
Italy
England . • • .
Hungary. . • •
Portugal . • . .
Scotland . . • .
Sweden . . » »
German Empire •
Belgium . • • .
France . . • .
Austria . • • .
Ireland . . . .
1891
1000
83.0
25.8
83.6
26.8
84.6
27.4
86.4
80.2
85.6
80.7
29.0
25.6
81.9
28.2
87.2
88.0
81.4
28.7
42.6
89.6
81.7
80.0
81.2
29.6
28.8
27.1
87.0
85.6
80.0
28.9
22.6
21.9
88.1
87.4
23.1
22.7
Whether we should regard the fact of a dwindling
birth-rate pessimistically, as Mr. Roosevelt does, or
optimistically, as Mr. H. G. Wells " does, is too big
a question for discussion here. It may be that, as
Major Charles E. Woodruff and other scientists con-
THE BIBE IN THE VALUE OF BABIES 9
tend, the declining birth-rate is but the beneficent
working of a great natural law, universally operative
in all species, tending to keep population within the
limits of subsistence. The birth-rate diminishes; but
80 does the death-rate. An increased or even sta-
tionary birth-rate with a decreasing death-rate would
inevitably lead to overpopulation, according to this
optimistic view. Formerly the birth-rate was very
high because the death-rate was also high — condi-
tions which still obtain in backward countries. To
the holders of this view, the decline in the birth-rate
is only a sign of Nature's mysterious and automatic
adjustment to conditions.
This is a cheerful view to take of a grave condition,
and one that is, moreover, seductively plausible.
The chief objection to it is the tremendous assumption
involved, that the death-rate can be continually re-
duced as fast as the birth-rate declines. While it is
true, perhaps, that during the last fifty years the death-
rate has steadily decUned, so that in spite of the de-
clining birth-rate the excess of births over deaths
remains practically unaltered, few physicians, I
imagine, believe that the same rate of decrease in the
death-rate can be maintained for any considerable
period. In this connection it is interesting to note
that the death-rate in 1900 among the whites of native
parentage in Connecticut, Maine, New Hampshire,
Rhode Island, and Vermont exceeded the birth-rate
10 THE COMMON SENSE OF THE MILK QUESTION
by 1.5 per thousand, while among the whites of for-
eign parentage the excess of births over deaths was
44.5 per thousand.^' It is perfectly obvious that if
this condition were common to all the states, the
native stock would soon be entirely extinct.
m
It is a well-known fact that the fecundity of the
poorer classes is always greater than that of the well-
to-do classes. More than twenty years before the ap-
pearance of the famous and epochal work of Malthus,
Adam Smith had pointed out in The WedUh of
Nations that poverty seemed favorable to procrea-
tion.^* All authorities upon the subject agree that
in all countries the wealthiest classes are the most
infertile. Polybius attributed the decay of Greece
to depopulation by this means. Like Mr. Roosevelt,
he regarded the evil as a moral one : —
''In our times all Greece has been afflicted with a
failure of ofifspring, in a word with a scarcity of men ;
so that the cities have been left desolate and the land
waste ; though we have not been visited either with a
series of wars or with epidemic diseases. Would it
not be absurd to send to inquire of the oracles by what
means our numbers may be increased, and our cities
become flourishing, when the cause is manifest, and
the remedy rests with ourselves ? For when men gave
THE BISE IN THE VALUE OF BABIES 11
themselves up to ease, and comfort, and indolence,
and would neither marry, nor rear children bom out
of marriage, or at most only one or two, in order to
leave these rich, and to bring them up in luxury, the
evil soon spread, imperceptibly, but with rapid growth ;
for when there was only a child or two in a family for
war or disease to carry off, the inevitable consequence
was that houses were left desolate, and cities by de-
grees became like deserted hives, and there is no need
to consult the gods about the mode of deliverance for
this evil : any man would tell us, that the first thing
we have to do is to change our habits, or at all events
to enact laws compelling parents to rear their chil-
dren." «
The decay of Rome has been attributed to the same
cause by more than one historian. Seeley impressively
describes the great Empire as suffering from a disease,
a slow disease which tamed her hitherto invincible
power. The disease was sterility. "Men were want-
ing; the Empire perished for want of men." " Momm-
sen describes the same evil in a famous passage:
"Celibacy and childlessness became more and more
common, especially among the upper classes. . . . We
encounter even in Cato's sentiments the maxim to
which Polybius a century before traced the decay of
Hellas, that it is the duty of a citizen to keep great
wealth together, and therefore not to beget too many
children. Where were the times when the designa-
12 THE COMMON SENSE OF THE MILK QUESTION
tion 'children producer' (proletarvus) had been an
honor for the Roman?""
In our modern Rooseveltian campaign against
race suicide there is evidently an expression of fear
lest the experience of these great civilizations of
antiquity be ours. Like Polybius, the statesmen and
scholars of to-day, in overwhelming majority, regard
the evil as being essentially a moral one. They attrib-
ute the decline in the birth-rate among the classes en-
dowed with economic comfort, education, and leisure
to an unwillingness to bear the responsibilities of
parenthood. Personally, however, I cannot accept
this explanation of the phenomenon. Presumptuous
though it may be, I cannot escape the conviction that,
while there are undoubtedly — as in all ages — many
persons of whom the charge is true, the decline in the
birth-rate is not due in any measurable degree to
choice. The number of women unwilling to bear
children is probably not greater than the number of
women unable to bear children — the yeammg Han*
nahs of ''sorrowful spirit." There are tens of thou-
sands of women who feel that to live and die childless
is humiUating failure, who mourn bitterly that they
cannot know
** A mother's pleasure in her infant race ;
But friendless and forlorn, alive descend
Into the dreary mansions of the dead.''*
* Sophocles, Anbigime,
THE RISE IN THE VALUE OF BABIES 13
It is probable that the decline of the birth-rate is
due, as Adam Smith noted long ago, to socio-biologic
rather than moral causes. There would seem to be
some subtle physiological reaction, tending practically
to the atrophy of the maternal function — not merely
of child-bearing, but of child-nursing also — as a
result of intellectual and nervous development, and
the general complexity of life, which belong to a high
state of civilization. It has been urged that intel-
lectual development suggests artificial checks on gen^
eration," but he would be a rash man who would con-
tend that such checks are more common among the
richest than among the very poorest, or that foeticide
is more common in the mansions than in the tenements.
I, for one, do not believe it." It is much more likely
that the difference is due to an automatic check upon
the purely animal, or physical, functions of the human
organism which operates with the extension of other
functions, such as the nervous and intellectual.
Whatever reason may exist for the decline, there
can be no doubt as to the fact, nor any as to the fear
with which the spectre of race suicide oppresses
almost every one of the progressive modem nations.
It is that fear which, more than anything else, is
responsible for the tremendous amount of social effort
which is now being directed towards the promotion
of the phjrsical welfare of children, for that dominant
tendency in the social legislation of our time which
marks this as being preeminently the children's age.
I
CHAPTER n
WHEN THE MOTHERS FAIL
A GREAT many factors enter into the stream of
causes which makes the vast ocean of needlessly
sacrificed baby lives. Poverty and ignorance are
among the most important of these factors. The
ignorance of many mothers is simply appalling. To
hear a group of settlement workers, visiting nurses,
and physicians relating their experiences and enumer-
ating the many deleterious things given to young
babies, is a tragic and heartrending experience.
Babies a few weeks old given tea, beer, vegetables,
bread, fish, candy, ice-cream — the awful list might
extend almost indefinitely.^ Undoubtedly, ignorant
and improper feeding is a prime factor in the problem
of infantile mortality.
I say 'ignorant and improper feeding," because I
desire to draw a sharp distinction between feeding
such as that described above, which is due to gross
ignorance on the part of the mothers, and feeding
which, while it proves to be imsuitable and produc*
U
WHEN THE MOTHERS FAIL 15
tive of ill resxiltS; and is therefore improper, is never-
theless not so much the result of special ignorance on
the part of the mothers as of general human ignorance
concerning some important aspects of a relatively
new problem, the substitution of artificial foods for
mother's milk. Every physician of large general
practice knows of cases in which babies have died,
literally of starvation, simply because science could
not provide them with a proper substitute for the
milk their mothers' flattened breasts refused to yield.
I know of several cases in which medical men of large
experience and unusual qualifications have seen their
own children wither and die aft^r the most heroic
devotion to the task of saving them. This is a con-
dition of ignorance, of course, but it needs to be
sharply distinguished from the ignorance of the
mother who blindly gives her child food which science
and common sense alike have long associated with
disease and death.
Among savage tribes in many parts of the world
the custom has prevailed of killing suckling babes
whose mothers died, or of burying the infant alive
in the same grave as the mother.^ They knew no
means whereby they could keep the child alive, ex-
cept in those rare instances where foster mothers
were available, as when a mother lately bereaved of
her own child claimed the motherless little one to fill
its place. Inability to nurse their own offspring is
16 THE COBiMON SENSE OF THE BHLK QUESTION
a rare occurrence among the women of savage tribes,
practically unknown; and if such a thing happened
the child would doubtless be allowed to perish.
From certain passages in the New Testament —
notably Hebrews v. 2, 1 C!orinthians iii. 2, and
1 Peter ii. 2 — some writers have inferred that among
the Jews artificial infant feeding was by no means
rare, the infants being fed upon the milk of animals/
generally of goats, Proverbs xxvii. 27, or sheep,
Deuteronomy xxxii. 14; but, so far as I am aware,
there is no evidence that such artificial feeding was
extensively practised, nor do the passages cited lend
much support to the contention that the milk of goats
and sheep was used as a food for yoimg infants in
place of human breast milk.
It is significant that Hebrew women have an ex-
ceptionally good record in this respect, failures to
nurse their offspring being much rarer among thqm
than among Gentile women of the same class,^ and
also that the elaborate Rabbinical provisions concern-
ing the dietetic use of milk and its hygiene make no
special mention of milk intended for infants.* While
it is probably true that the artificial feeding of infants
was sometimes resorted to in ancient times, it was
never practised to anything like the extent with
which we are familiar to-day. For with us the in-
ability of a mother to nurse a child is not an occa-
sional event ; on the contrary, among the middle and
/
WHEN THE MOTHERS FAIL 17
upper classes in the progressive countries, it is so
common as to almost become the rule, only the ex-
ceptional mother being able to nurse her offspring.
It is for this reason that I have called the substitution
of artificial foods for mother's milk a relatively new
problem. The modem mother is growing more and
more unable to nurse her child at her breast. For
some subtle reason, this fimction of maternity is
being atrophied in civilized women; and the higher
their civilization, the less able are they to suckle
their infants.
II
I am convinced that it is not, as is very generally
supposed^ that modern mothers are unwilling to nurse
their offspring, setting social pleasures above maternal
duties. I know that there are many eminent physi-
cians and other competent observers who attribute
the decline of breast-feeding wholly to social and
economic causes : to a desire on the part of the lei-
sured class to evade a responsibility which seriously
interferes with social pleasures;* and to the necessity
of earning a living which forces many women of the
poorer classes to become wage-earners in factories,
or other people's kitchens, to the neglect of their
infants.^ I am of the opinion, however, that neither
unwillingness due to indolence or personal or class
vanity, nor the exigencies of wage-earning occupa-
o
18 THE COMMON SENSE OF THE MILK QUESTION
tions, and their incompatibility with the function of
breast-nursing, nor both groups of causes combined,
can account for more than a moderate percentage of
these serious maternal failures.
As in the case of the birth-rate, the decline of breast-
nursing is most strongly marked among the leisured
and well-to-do classes, and this fact probably accounts
for the widespread opinion that love of social frivoli-
ties is responsible for the decline. But, while there
is unquestionably a good deal of degeneracy among
a section of our leisured class, whose unnatural orgies
and sensational voluptuousness warrant the belief
that they are abnormal in their mental development
and capable of almost any perversity, it is simply
absurd to charge that this is true of the leisured class
generally. To bring such an indictment against the
women of a whole class is out of the question. For it
is a serious indictment: to charge a mother with
deliberately sacrificing her baby for the sake of social
frivolities is, after all, to accuse her of being inhuman
and something of a monster. Such women do exist
aiid have existed in all ages, but it is impossible to
believe their number to be anything like so great as
the number of mothers who do not nurse their own
ofifspring.
Similarly, while the industrial occupations in which
women are engaged away from their homes will
account for a good many mothers not nursing their
WHEN THE MOTHERS FAIL 19
babies who would otherwise be able to do so, the
number b by no means commensurate with the
number of mothers who fail to nurse their infants.
No one who is at all familiar with the facts will claim
that all| or even mosti women of the working class
who do not nurse their infants at the breast are en-
gaged in wage-earning pursuits. Such a claim would
be preposterous upon its face.* The trouble with all
such explanations is that, while containing a con-
siderable body of truth, they are not adequate as
explanations. Each of the causes we have considered
operates in some degree, but even when taken to-
gether they do not suffice to explain the phenomenon.
With the vast majority of women who find them-
selves unable to discharge this important maternal
duty the trouble is not social or economic, but physuh
logical. This cannot be too strongly emphasized.
We have to deal with nothing less fundamental than
the absolute decay of the function itself. There is
not, so far as I am aware, any considerable body of
* I have only discuBeed here the phase of the question which
has been 00 much to the fore in England recently, — the
interference of industrial pursuits with maternal duty. There
18 a very much bigger question of the effects of industrialism
upon the maternal functions, which I cannot undertake to
discuss here, and which is not properly in place here : to wit,
the physiological results of empl03rment during girlhood in
factories, stores, sweat-shops, and so on. It would be interest-
ing to know whether such employment, especially when it is
bcigun at a tender age and continued during several years, has
not a prejudicial effect upon all maternal functions.
20 THE COBfMON SENSE OF THE MILK QUESTION
statistical testimony in existence which can be cited
as conclusive evidence upon this point. As was
pointed out by the British Interdepartmental Com-
mittee on Physical Deterioration, notwithstanding
that such knowledge may be regarded as essential
to any comprehensive investigation of the problems
of maternity and infantile health, the lacteal inability
of mothers has received but scant attention from
physiological investigators.*
The fact is admitted, however, by many of the
leading medical authorities, though, as already
pointed out, some eminent physicians hold to the
view that the failure is due to social and economic
causes, and not to any physiological failure. Hun-
dreds of physicians of extensive practice among
various social classes have assured me that in their
experience the unvnUing mother is rarely met, while
the mother who is physically unable is common.
Many pathetic stories of the mortification of such
mothers have been told me, sometimes by the mothers
themselves, and I am unable to resist the conclusion
that physical disability accounts for more cases of
failure to feed infants at the breast than all other
causes combined. What the causes of this physio-
logical development are, can only be conjectured in
the absence of adequate scientific research and
investigation.
Professor, von Bunge, a famous German authority,
WHEN THE MOTHERS FAIL 21
with the assistance of over one hundred German,
Swiss, and Austrian physicians, all of whom had
been his pupils and were selected because of their
reliability as observers, gathered particulars con-
cerning two thousand cases in the countries named.
His researches have convinced him that relatively
few mothers refuse to nurse their offspring, and that
by far the largest number of mothers who do not
nurse their infants at the breast are physically unable
to do so. He believes that more than half of the
mothers in central Europe are physically unable to
suckle their infants.* In other words, he admits
that the lacteal fimctions are being atrophied.
That there are some women who are physically
incapable of lactation has never been seriously dis-
puted. Engel has made careful study of the breasts
of a number of women who died during lactation,
most of them either during or soon after labor. He
found a class in which the mammary gland was in-
completely developed, the fibrous elements far out-
weighing the granular portion. No cause for the
condition could be discovered.** The significant
thing about Engel's researches is that they tend to
confirm the theory of the atrophy of the lacteal
functions.
In this country, Dr. L. Emmet Holt, a well-known
authority upon all that relates to pediatrics, finds
this incapacity to nurse infants at the breast to be
22 THE COMMON SENSE OF THE MILK QUESTION
increasing among all classes, but mainly among the
well-to-do and leisured classes. Of the well-to-do
and cultured, he tells us, not more than twenty-five per
cent of those who have earnestly and intelligently at-
tempted to nurse have succeeded in doing so for as long
as three months. "An intellectual city mother who
is able to nurse her child successfully for the entire
first year is almost a phenomenon," he says. Dr.
Holt finds a marked decline in nursling ability among
the poorer classes in our cities, although not yet to
the same degree as among those higher in the social
scale."
m
When, regarding the decline of nursing ability as a
physiological phenomenon, we dismiss the alleged
social and economic causes as being entirely inade-
quate, granting them only a subordinate influence
as contributory factors, we must seek the primary
cause or causes elsewhere. One of the first reasons
to suggest itself to our minds is that it is due to im-
proper dress, such as tightly laced corsets, unsuit-
able food, and unwholesome ways of living in general,^'
especially dissipation. How far any or all of these
enter into the problem has never yet been scientifically
ascertained, and must, therefore, be the subject of a
good deal of conjecture. It does not seem to me,
however, that much can be attributed to the influence
of dress. For this feeling there are several reasons:
WHEN THE MOTHERS FAIL 23
in the first place, the increase of athleticism among
young girls and women, the extension of their edu-
cation to the universities, and the opening to them
of many new industrial and commercial occupations
have done much towards rationalizing women's dress,
so that they are probably better dressed, from the
view-point of physiology and hygiene, than for many
centuries past. Occasionally some monstrous and
injurious feminine fashion appears, but it is usually
short-lived because of its being ill adapted to the
freedom of movement which characterizes modem
women, especially in athletics. Secondly, the dis-
ability is, apparently, not the result of a gradual
change in the anatomy of the female, such as might
be produced by tight-lacing, for example, in the
course of several generations. The hmnan body is not
structurally modified to any very great degree in a
single generation.
But in considering the phenomenon of lacteal fail-
ure in women we have to bear in mind that it appears
often in a single generation, fully developed, and as
an apparently permanent condition of the sex. My
friend. Dr. J. M. Morgan, who is a negro physician of
large practice, assures me that among his people it
is a very common thing to find young mothers en-
tirely unable to nurse their babies at all, or, in other
cases, for more than a few weeks, whereas their
•
mothers never experienced any such difficulty. The
24 THE COMMON SENSE OF THE MILK QUESTION
same thing is true of our immigrant population.
Any one who is familiar with the tenement popula-
tion of our large cities will know that it is a common
sight to see the immigrant mothers on the streets
nursing their children. No matter how poorly
nourished they may appear to be, as a rule they can
nurse their offspring. But their daughters, when
they marry, frequently cannot do this ; and I submit
that, even if their dress differed radically from that
of the mothers, which is usually not the case, the
time would not be sufBcient to effect such a change
in their physiology. A few years ago I gathered
particulars concerning seventy-five women of foreign
parentage, being mostly Slavs and Italians, whose
babies were being fed artificially. Of the seventy-
five there were twenty who had never had any milk
of their own to give their babies; fourteen who had
been able to nurse their babies less than a month;
twenty-seven who had nursed their babies for periods
ranging from one to three months, all the rest having
been compelled to give up in less than six months.
And there was only one woman among the number
who had herself been "bottle-fed."
With regard to the influence of food there is likewise
very little evidence. Upon the whole, dietetic stand-
ards are probably higher to-day than ever before.
Certain it is that the majority of the immigrants who
come to this country adopt a much better standard
WHEN THE MOTHEBS FAIL 25
of Uving^^' The change is not so much one of form
as of quantity and quality. Yet the immigrant
woman does not generally cease to be able to nurse
her offspring. If she could nurse her babies before
coming to this country^ she is usually equally well
able to nurse those born after coming here. Where
the struggle for a living is keen, or the child born in
this country is one of a large family, her milk may be
so poor that the children become rachitic/^ but in
general she is as well able to nurse her offspring as
before. The fact that she gets better, or at least
different, food does not produce the disability to
nurse her children which we find in her daughter,
who gets substantially the same diet. Again, while
there is a great difference between the standards of
diet of the well-to-do class and the poor, both classes
suffer from the disability to discharge the maternal
fimction of nursing.
Surprisingly little is known concerning the relation
of food to lactation. We do not know by what
physiological processes the constituents of food are
transformed into milk constituents, either among
human beings or the lower animals. Experiments
conducted by Professor Jordan, at the New York
State Experiment Station, showed the surprising
result that the quality of a cow's milk was not in-
fluenced by the quality of the cow's food. When
cows were fed upon poor food, deficient in fat con-
26 THE COMMON SENSE OF THE MILK QUESTION
stituents, it did not serve to reduce the amount of
fat in the milk, nor, in the case of cows giving poor
milk, could the amount of fat in the milk be increased
by adding to the amount of fat constituents in their
food.*' The question arises, How, then, are we to
account for the fact that a cow's milk may be and
often is rich in the very qualities in which its food is
poor? It might be suggested that the cows draw
upon their body fat in such cases, but Professor
Jordan's experiments seem to disprove this, for
among the animals observed by him there was no
decrease in weight to indicate a withdrawal of the
reserve fats of the body into the milk.
* The evidence seems to be overwhelmingly against
the popular notion that the feed given cows influences
the quality of their milk more than anything else.
It is much more easy to influence the qvantity of milk
by the adjustment of the feed than the quality. If
the cow is naturally a "good milker," in the qualitar-
tive rather than the quantitative sense, her milk will
remain of good quality under the most adverse con-
ditions as regards feeding and hygiene, only disease
or old age serving to make the quality poor." Similar
facts have been so frequently observed in connection
with nursing women, that it was for a long time
believed that the analogy between the human and
the bovine mother was so complete that it was use-
less to make any effort to improve the quality of
WHEN THE MOTHERS FAIL 27
breast milk. Physicians generally have prescribed
a dietary for the sake of securing a sufficient iSow of
milk, but very few of them have studied the relation
of diet to the quality of the milk, most of them be-
lieving that practically nothing could be done. The
work of Dr. Thomas Morgan R6tch, however, estab-
lishes the fact that, while the science of lacteal regu-
lation is in its infancy and a great deal of experiment
needs to be carried on and carefully studied, it is pos-
sible to materially influence the quality of the human
mother's milk by means of a careful regulation of the
diet." Possibly the experiments of Jordan do not
represent the final judgment concerning the relation
of diet to milk in cows ; further researches along the
same lines may establish the fact of the influence of
nutrition upon the quality of the bovine lacteal fluid
as conclusively as Rotch has in the case of the human
mother.
There are, of course, many familiar phenomena |
which point to a very direct connection between
nutrition and lactation. It is well known that if
cows eat turnips, garlic, or onions, the milk is speedily
and directly influenced, so that the pungent flavor
can be tasted in the milk and butter. In like man-
ner, nursing mothers not infrequently find that I
unripe fruits, or vegetables such as asparagus,^*
eaten, even in the most moderate quantities, or
laxative drugs taken for medicinal purposes, affect
28 THE COMMON SENSE OF THE MILE QUESTION
the milk and produce intestinal troubles^ sometimes
quite serious, in their infants. Diseases in the diges-
tive tract of breast nurslings are sometimes traced to
the mother's milk. The child does not thrive; its
digestive system seems to be upset ; there is diarrhoea
and frequent vomiting; or, in other cases, constipa-
tion, perhaps accompanied by fever or convulsions.
Analysis of the mother's milk may reveal that it is
excessively rich in fat, and therefore indigestible; or, it
maybe, the milk is deficient in fat, causing constipation.
In an interesting study of the variations of fat
in mothers' milk. Dr. Louise Tayler-Jones, of Phila-
delphia, cites the case of an infant, being nursed by
its mother, who was gradually wasting away, losing
weight daily.** Analysis of the mother's milk showed
that it contained far too much fat and too little
protein. The mother had been industriously exer-
cising and cramming herself with meat and drink
in order that she might be able to nurse her offspring,
an interesting case of commendable but misdirected
zeal. The exercise was stopped to secure an in-
crease of proteidS; and the meat and drink reduced
in order that the amount of fat might be decreased.
The effect of ten days of this treatment is clearly
shown by the following figures: —
Result of First Akaltsis
PsbCsmt
Fat 6.04
Sugar 7.00
Proteid 1.05
WHEN THE MOTHERS FAIL 29
RxsuLT OF Second Akaltsu in Tsn Dats
PnOnnr
Fat 8.40
Sugar 7.00
Fh>teid 1.35
Many cases similar to the foregoing might be
cited to show the influence of nutrition upon lacta-
tion, were further demonstration necessary. There
is, doubtless, a very definite relation between the
nutrient qualities of the diet and the nutrient value
of the milk produced. This is true of the human
species, and probably of the lower animals also.
Nevertheless, it is certain that many mothers whose
diet is alarmingly deficient in all the constituents
deemed necessary to the proper nutriment of the
body will produce milk which is apparently not
deficient in those qualities ; and other mothers whose
diet appears to be in every way satisfactory will
produce milk that is deficient in the very nutrients
which in their food marks its superiority. Why
this should be so we do not know, any more than we
know why the milk of exceptionally robust women
is in general of poorer quality than that of lean
women.** Science has not yet explored the vast
domain of ph3rsiological chemistry very far.
Enough has been said in this connection to show
that, while there is no present evidence of suflBcient
volume to justify the belief that defective nutrition
is the sole cause, or even a very important contrib-
30 THE COBiMON SENSE OF THE MILK QUESTION
utory cause, of lacteal failure in the human species,
it would be rash to conclude that they are not in
any manner related.
Another explanation, and one which seems to
the writer quite fantastic, is that offered by Professor
von Bunge, to whose valuable and monumental
researches reference has already been made. He
suggests that the decline of nursing ability is a sign
of hereditary degeneracy, passing from mothers to
daughters and caused mainly by alcoholism, usually
that of the fathers.'^ It is an interesting theory,
doubtless containing important elements of truth,
but, with all the deference due to such a profound
scholar and patient investigator, it is impossible to
resist the belief that the much overworked theory of
heredity has once more been conveniently resorted
to for explanation of a phenomenon which can only
be properly explained upon other grounds. From
the time of Hippocrates to the present the heredi-
tary transmission of alcoholic taint has been held
to be responsible for all kinds of degeneracy." The
deformity of Vulcan as a result of Jupiter's intem-
perance marks the antiquity of the belief. In any
case, it is by no means certain that the decay of the
lacteal function in the human species is a sign of
degeneracy, any more than that the decay of the
vermiform appendix is a sign of degeneracy.
\^th this brief survey of some of the most impor-
WHEN THE MOTHERS FAIL 31
tant speculations concerning the causes of this inter-
esting and important phenomenon; it is here suggested
that, in all probability, it is analogous to the decline
of fertility among certain classes, and due to pre-
cisely similar causes. Like procreation, nursing is
a purely animal function;^ and, like the power to
procreate, the ability to nurse offspring declines in
the most marked degree among the leisured, cultured,
and well-to-do classes. Among savages, as already
noted, the condition is practically unknown, and
among primitive people everjrwhere it is exceedingly
rare. But as we ascend the scale of civilization it
is met with in ever increasing degree. In the state-
ment quoted from Dr. Holt, which has been cor-
roborated for me by scores of physicians, emphasis
is laid upon the fact that it is the well-to-do woman
and the intellectual woman who most frequently
fail to nurse their babies. As in the case of the birth-
rate, there would seem to be some subtle physiologi-
cal reaction tending to dwarf the purely animal
functions as a result of the development of other
than animal functions in the human organism.
It might be urged against this view that the Jew-
ish race has for a long time been singularly progres-
sive in its mental development, and that, notwith-
standing this fact, Jewish mothers are much more
commonly able to nurse their offspring than Gen-
tile mothers. But in this connection it must not
32 THE COMMON SENSE OF THE MILK QUESTION
be forgotten that, except in the more progressive
nations during the past few years, the average Jew-
ish woman has been secluded and uneducated; that
for many centuries it has been customary to regard
the mental development of the girls in Hebrew fami-
lies as a matter of no consequence whatever. It
would be interesting to know for certain whether
among the mmority of highly educated Jewish women
the disability to nurse their children prevails. Sev-
eral Jewish physicians have assured me that such is
their belief ; but the relatively small number of such
women included in their practice, and the fact that
none of the physicians had given the matter special
attention, or kept records of the cases, forbid my
attaching very much importance to their opinions,
except in so far as they may be supported by scien-
tifically reliable data.
It is important to remember in this discussion
that the decay of the lacteal functions is not ascribed
to education^ but to the development of civilization.
It is not merely that as we ascend the scale of civi-
lization women are in general more highly educated,
using the term in the strict pedagogic sense, but
that they are subject to profound and far-reaching
intellectual and nervous developments, in which
education is only a factor. The factory workers of
Lancashire or Massachusetts may not be educated
much, if any, above the standard prevailing among
WHEN THE M0THEB6 FAIL 33
the peasant women of Norway or Sweden, where
breast-feeding is practically universal, and where
the infantile death-rate is almost the lowest in the
world as a consequence of that fact, ranging from
10 to 13 per cent.** But there is an mtellectual
and nervous development in the case of the fac-
tory worker in which formal education plays a rel-
atively small part. There is the excitement of
the city life, the haste and strain, with its enor-
mous psychological and physiological demands. The
woman in the great industrial centres has the osten-
tation of wealth constantly thrust before her, stir-
ring feelings of envy and of curiosity concerning the
life of people who are not of her world, though be-
longing to her race. The great drama of life is ever
before her with its excitation. In her own way,
she becomes, quite unconsciously, a student of the
greatest of human problems. Cheap newspapers,
garishly decked shops, flamboyant posters, and sen-
sational plays, all these and a thousand other things
tend to make her life highly complex as compared
with that of the placid peasant women of Europe.
Surely, it is not too much to expect that this tre-
mendous environmental difference, demanding as
H does so much more from the one than from the
other, should produce profound change in women's
lives, both physiological and psychological. As
the purely animal nature becomes less dominant
34 THE COMMON SENSE OF THE MILK QUESTION
in life and we develop a nature that is more complex
is it wonderful or strange that some of the animal
functions should undergo change?
Of course, the obvious thought suggested by such
speculation as this is that there would seem to be
no reason why the change should affect one sex only.
Men have been subjected to very similar changes
in condition; they, too, have passed from the simple
stolid life of the ox, their placidity stirred only by
the occasional outbreak of deep passion, to a life
that is highly complex and full of continuous excita-
tion. Why, then, it is natural to ask, should they
be free from the mental and physical changes which
these things have wrought in their sisters and wives ?
To which the answer is another question: Are they
free from the changes? Do we know that the de-
cline in fertility is a female phenomenon exclusively,
rather than a human phenomenon, affecting both
sexes ? That women should undergo greater changes
than men is only natural, for they have been far more
violently uprooted from old and planted amid new
conditions. It must not be forgotten that educa-
tion and economic conditions have, in a very special
degree, suddenly thrust new measures of responsi-
bility upon women, making them self-reliant where
they were subservient and dependent; equals where
they had been inferiors. It may well be, it seems
to me, that in such phenomena as the decline of
I
3
n
WHEN THE MOTHERS FAIL 35
fertility and lactation the human race is only p&yixLg
the natural price for its freedom to
*' Move upward, working out the beast.
And let the ape and tiger die."
Where there are so many complex and conflicting
factors, few of which have been adequately explored,
it is well to guard against hasty judgments based
upon partial knowledge. It is with the utmost
reservation, therefore, that I suggest the identity,
or close relation, of the decline of lacteal ability
with the decline of fertility. It is to be fervently
hoped that, as advised by the British Interdepart-
mental CJommittee on Physical Deterioration,'* much
closer attention will be paid to this question in the
future than has heretofore been given to it; for it
unquestionably is of fundamental importance in the
study of many of our most urgent and vital prob-
lems.
IV
Whatever reasons for the decline of breast*feeding
may be disclosed by subsequent investigation, and
whether it proves to be a sign of degeneracy or of
progress, of its importance there can be but one
opinion. It necessitates the development of a sys-
tem of artificial feeding for infants, really of artifi-
cial motherhood. Something of a sensation would
be caused if it were annoimced by some reputable
36 THE COMMON SENSE OF THE MILK QUESTION
scientist that from henceforth, owing to some revo-
lution in the phjrsiology of the female sex, it would
be necessary to take the human foetus from the
womb at an early stage of its development and
develop it by artificial means, in order to pre-
serve the continuity of the race. Yet, one of
the greatest living authorities. Dr. Henry Dwight
Chapin, insists that ''During the suckling period the
infant should be looked upon as being a foetus and
not as a perfectly formed human being." ^ In sup-
port of this view. Dr. Chapin cites the fact that
among the lower forms of animal life there is often
no placental connection between the mother and
her young, but a mammary attachment, the foetus
growing fast to the teat and being nourished until
it has acquired the power to suck independently,
when it ceases to be adherent to the teat and sucks
at will." Naturally, the baby is physiologically
dependent upon its mother long after birth, for
nourishment, as completely as during the foetal
stage of its development. In other words, to quote
Dr. Chapin again, ''From a physiological standpoint
the artificially fed baby is a premature child, and
an3rthing but maternal milk is foreign to its digestive
tract;"" for it must be borne in mind that the
human mother, like all mammals, furnishes her
infant with milk suited to it at the various stages of
its growth. The character of her milk undergoes
WHEN THE MOTHERS FAIL 37
subtle and important changes as the digestive tract
of the infant changes in the course of its develop-
ment.
It is for this reason that, in its natiu'al state, the
milk of one species is, in a sense, poison to any other
species. Anything but maternal milk is a foreign
substance in the digestive tract of an infant, liable
to cause serious irritation and disorder; but when
maternal milk cannot be had, if we are to prevent
starvation and death, something else must be used,
and an endeavor made to have that substitute as
little poisonous as possible. Thus it is that the
physiological chemist must set himself to the task of
finding a food as closely resembling human mother's
milk as possible at every stage of the child's growth
so as to carry on artificially the work which Nature
does in making blood, tissue, bone, and nervous energy.
The digestive tract of a baby is a wonderful factory,
where these processes are carried on by Nature by
means of automatic machinery; and when Nature
fails, man must assume the delicate task of carrying
on the work by other and clumsier methods.
It is not impossible, nor even very unlikely, that
in the course of a few generations artificial feeding
of infants will be the rule in civilized countries and
breast-feeding practically unknown.^* The evolu-
tion of the species proves that Nature is wonderfully
adaptable, and there is no reason to fear that the
38 THE COKMON SENSE OF THE MILK QUESTION
change will prove disastrous to the human race. It
is in the transition period that there is trouble; the
consequences are frightfully severe in their morbidity
during the period of experimentation, while science
is patiently and slowly learning the secrets of Nature's
wondrous processes. Doubtless a tremendous mor-
tality attended the change from a diet of roots to a
more varied diet, including grains and cooked meat,
by our early ancestors in the far-away infancy of
the race, but the species survived nevertheless. So *
it is not wonderful that the mortality among arti-
ficially fed infants at the present time is shockingly
great; we have little more than begun the study of ^
the problems of infant feeding.
Still, it is impossible to read the statistics relating
to the mortality of artificially fed babies without
a sense of sickening depression. To know that,
according to Dr. H. M. Koplik, in our large cities
more than half of the deaths of infants under one
year are due to summer diarrhoea, almost exclusively
caused by defective feeding,*® or that Chaterinkofif
found that of 20,000 infants dying of intestinal dis-
orders in France four-fifths were bottle-fed," is to
realize something, but only a little, of the extent
of the evil. We have seen that in Norway and
Sweden the death-rate among babies is low in con-
sequence of the almost universal practice of breast-
feeding; now let us take some figures relating to
1
/
WHEN THE MOTHERS FAIL 39
bottle^ed babies: Drs! Hope, Meinert, and Ballard
collected data relating to 1,943 cases in which death
occurred during the first year, with the astounding
result that only 61, or 3 per cent, were found
to have been breast-fed.'' Almost as startling
are some figures published in 1905 by the Medical
Officer of Health in Birmingham, England, giving
particidars relating to 178 infants who died under
six months old. Of the total number 16 were fed at
the breast, 28 partially fed at the breast, and no less
than 135 were artificially fed. The medical officer gives
it as his opinion, based upon long and close observa-
tion, that the mortality of infants who are artificially
fed is at least thirty times as great as among those
who are nursed at the breast." Add to these terrible
figures the fact that official statistics in Germany
show the mortality in the first year among artifi-
cially fed infants to be 51 per cent as against
only 8 per cent of those who are nursed exclu-
rively at the breast,*^ and no further evidence of
the serious part which artificial feeding plays in
infantile mortality rates will be necessary. The old
temperance cry, "There is death in the bottle!"
has a new and terrible signification in the case of
the bottle-fed baby.
Facts like these have led philanthropists in many
instances, and public authorities in a few instances,
to try various schemes for the promotion of breast-
40 THE COMMON SENSE OF THE MILK QUESTION
feeding. Among the most interesting of recent pri-
vate experiments is that conducted by Messrs. Bhir
and Bhir, owners of a large manufacturing estab-
lishment at Elbeuf, France. Large numbers of mar-
ried women are employed, and those with young
babies are encouraged to nurse them at the breast.
They are urged tp keep the infant in the municipal
crbc?ie, near the works, during the daytime, and are
allowed to take the time necessary at regular inter-
vals during the day to nimse them. For every child
who is exclusively breast-fed in this manner right
up to the age for weaning, one hundred francs is
deposited in a bank by the firm. According to
Professor Budin, the results of this sj^em have
been quite encouraging. Except for the financial
part of the scheme, and the fact that the crkches are
frequently right on the premises, the same system
is followed in most of the government factories and
workshops connected with the match and tobacco
monopolies, the postal telegraph and telephone ser-
vices, and the like."
In Cologne, Germany, such women are persuaded
to stay at home, and as long as they continue to
suckle their babies and to care for them properly
in other ways, they are paid by the city out of the
municipal funds.* It is frankly recognized that
efficient motherhood is a valuable service to the
state. Much the same course is followed in several
WHEN THE MOTHERS FAIL 41
French municipalities.*^ It is not believed that by
such methods the number of those who fail to nurse
their children because of physical disability will be
materially lessened^ but rather that all who are
physically able to do so, but who would be otherwise
prevented, owing to the necessities of earning a
living, will be enabled to do their full maternal duty.
But the value of babies in sterile France is very high !
A bewildering array of proprietary artificial foods,
most of them cunningly advertised, with all sorts
of impressive names, tempts the mother who is unable
to nurse her baby as Nature intended. Of the great
majority of these "foods" it is safe to say that they
are positively dangerous, little better than poisons,
m fact. Of the very small minority of them which
do not deserve this sweeping denunciation, there is
probably not a single one which can be given with
perfect safety to every child, or with reasonable
expectancy of good results. Those containing a
large proportion of baked wheat or barley flour may
often be used with advantage as diluents, that is,
they may advantageously be used in conjunction
with a liberal quantity of milk ; ■' but their use is
uneconomical, as will be seen from the fact that it
is only the flour in them which it is either necessary
or desirable to use, and that can be bought much
42 THE COMMON SENSE OF THE MILK QUESTION
more economically of the grocer than at a druggist's,
put up in a fancy box at an enormous price.
Among our best medical authorities there is a
consensus of opinion upon this point. Dr. Chapin
is exceedingly moderate in his language when he
says that '' From a ntUritioruil standpoint these foods
by themselves are almost without exception inferior
to the best grades of condensed mUk."^ Careful
analysis of some of the very best and most expen-
sive of these proprietary foods shows them to con-
tain very little more fat than condensed skim-^rnilk^^
Practically every one of the patent infant foods upon
the market to-day is deficient in fat ; most of them
cause scorbutus; most of them contain too large
a percentage of sugar. Added to this list of com-
plaints against them is the fact that a majority of
them — some of the best among the number —
contain such foreign elements as starch, maltose, and
so on."
These facts are not so well understood by the gen-
eral public as they ought to be, but the medical
fraternity knows them very well. To their lasting
honor, the leaders of that great profession, especially
those who devote themselves to the problems of
pediatrics, have spoken out boldly upon the subject.
But it is equally to the dishonor of thousands of
medical men that they go on supporting what they
know, or should know, to be a pernicious evil. The
■:::•
!i
I
i
— 9
« • • •
•••
WHEN THE MOTHERS FAIL 43
columns of the medical papers are full of advertise-
ments of these concoctions, which are at best swindles
and often deadly, as the facts cited show. As one
prominent physician wrote me, commenting upon a
magazine article which I had published upon the
subject, when you ^' look over the medical journals, ,
many of them of the highest repute, and see the
glaring statements of infant foods set forth, you
wonder that there is an American mother left willing
to nurse her child."
Then, also, there is the dishonest connection be-
tween the manufacturers and the health bureaus
of the coimtry. No sooner is a baby bom than the
advertisements of patent foods begin to pour in
upon the mother. Sometimes, in big cities, not
more than twenty-four hours pass before the torrent
of literature begins to flood the house. The diffi-
culties of breast-feeding are glaringly presented;
wonderful stories of successful feeding upon this,
that, or the other food are enumerated, backed up
by illustrations of over-fattened babies in a manner
that reminds one of the live-stock pictures which
one sometimes sees adorning farmers' kitchens. The
mother wonders how the manufacturers and vendors
could have secured her name, how it was possible
for them to know of the baby's birth. How, except
from the local health bureau or the phsnsician 7 There
is an alliance between the manufacturers and some
44 THE COMMON SENSE OF THE MILK QUESTION
of the health bureaus of the country — a form of
graft that is more than ordinarily detestable.
Among the rich it has always been customary to
secure the services of a wet-nurse in cases where the
mother was either unable or unwilling to nurse her
child, and the practice is very commonly recom-
mended in such cases by medical men. For the
poor, of course, such substitution is out of the ques-
tion. While the practice has many advantages,
it has also many disadvantages, and it is open to
very serious question whether careful artificial feed-
ing is not, upon the whole, safer and better.** In
the first place, as we have seen, the mother's milk
is continually undergoing changes which correspond
to the needs of the infant. It is practically impos-
sible to secure a wet-nurse, in this country at any
rate, whose baby is not either considerably older,
or yoimger than the one she undertakes to nurse,
and there is often trouble in consequence, her milk
being unsuited to the child. Sometimes several
nurses have to be tried before one is secured whose
milk agrees with the baby, and the constant disturb-
ance, often extending over several weeks, is always
a disadvantage and not infrequently a peril. Then,
too, there is the fact that there is always danger
of S3rphilitic infection, for even the most careful
examination will sometimes fail to reveal syphilis
in a woman. Even in the present state of semi-
WHEN THE M0THEB8 FAIL 45
enlightenment upon the subject of artificial infant
feeding, it is probably quite as safe as substitute
breast-nursing. The humble and docile cow is the
foster-mother, or wet-nurse, of the modem infant.
In the striking phrase of Dr. McCleary, "The human
infant tends more and more to become a parasite
of the milch cow." *•
CHAPTER m
WHY cow's MILK?
The use of the milk of animals as food by the
human race is of great antiquity. It probably
began with the domestication of animals, which
Morgan has described as one of the four preeminent
accomplishments of barbarism,^ even if it did not
precede that great achievement and serve as one of
the causes which led to it. In any case, the dietetic
use of milk is one of the oldest of human customs,
being incalculably aged. The earliest Hebrew Scrip-
tures and Homer's Iliad contain abundant evidence
of its widespread prevalence in very early times.'
Biologically considered, milk is a whitish, opaque,
Uving liquid which is secreted by the mammary
glands of the females among all the animals called
''mammals" for the nourishment of their young.
Man is a mammal and belongs, biologically, in a class
with apes and monkeys, dogs and cats, sheep and
goats, camels and elephants, horses and cows, and
even whales, porpoises, and dolphins. It is the
fact that all these animals, as well as many others,
sudkle their young which causes them to be thus
4A
WHY cow's MILK? 47
classified. But while all the TnamniAlfl are milk-
producing animals, rearing their young to a state
of comparative independence upon the lacteal fluid
secreted by them in their mammary glands, the
milk which they produce varies greatly according
to the variations in the animals themselves. The
differences in the appearance of the milk of differ-
ent species are not very great. Some kinds look a
little yellower than other kinds, or perhaps a little
thicker, but in general the milk of all animals bears
a very noticeable resemblance. This is all the
more remarkable when we think of the great differ-
ences in the appearance of the animals themselves.
There is little hkeness between a woman and a camel
or an elephant, and the contrast between the human
being and the porpoise is quite as marked. That
a cat's milk should closely resemble the milk of a
cow or reindeer in appearance is remarkable in view
of the absence of any likeness between the animals,
and, more especially, the great differences in food
and habits which characterize them.
If, however, we make an analysis of the milks of
some of these animals to ascertain their chemical
constituents, and then compare them, we shall find
that there are much greater differences in the com-
position of the various kinds of milk than would be
supposed by one who judged them only by their
looks. This is what we should naturally expect^
48 THE COBfMON SENSE Ot THE MILK QUESTION
for of course the milk must contain proper nourish-
ment for the yoimg of the animal producing it, and
we could not expect that the same kind of nourish-
ment would do for a kitten and a young elephant;
that the food intended by Nature for a young porpoise
would suit the stomach and nutritional needs of a
human infant.
But before we proceed to examine the constituents
of the milk of various animals we must consider
carefully a most significant fact. In the preceding
chapter it was pointed out that there are many im-
portant variations in the composition of the milk
of women. Not only are there differences in the
milk of a woman at various stages of her baby's
growth, but one woman's milk at a given period of
lactation will frequently differ in marked degree
from the milk of another woman at the same period
of lactation. We also observed that cow's milk is
subject to much the same variation. Not only do
the various breeds differ in this respect, but the milk
of one cow is frequently much richer than the milk
of another cow of the same breed in the same herd.*
It will be readily understood, therefore, that a good
deal of latitude has to be allowed if we are to talk
of the "average" composition of any kind of milk.
The table which follows is probably as satisfactory
as any that could be compiled, but it is only one chosen
from among a large number in which there are more
WHY cow's MILK?
49
or less important differences. In a general way,
however, the figures given are satisfactory and will
serve our purpose admirably if we only bear in mind
that the milk of individual animals differs at various
stages of the lacteal period: that there is consider-
able variation in the character of the milk produced
by individual animals of the same species, and even
of the same parentage; that among the domestic
animals there are marked differences in the quantity
and quality of the milk produced ; that many factors
besides those named, such as age, health, food,
and probably climate, influence the quality of the
milk. It is therefore a somewhat ''rough and ready"
measure with which we have to deal.
Table III
Composition of the Milk of Different Animals
AXZMAI.
Watbb
SOLIDB
Fat
Casxik
Albu-
min
Milk
BUOAB
Ash
Woman
87.4
12.6
3.8
w
1.3^
6.2
0.3
Cow . ,
87.2
12.8
3.7
3.0
.5
4.9
.7
Goat . .
85.7
14.3
4.8
3.2
1.1
4.4
.8
Buffalo
81.4
18.6
7.5
5.8
.3
4.1
.9
Ewe . ,
80.8
19.2
6.9
5.0
1.5
4.9
.9
Llama . .
86.5
13.5
3.2
3.0
.9
5.6
.8
J&aro
91.5
8.5
1.2
1.2
.1
5.7
.3
ASB . . .
89.6
10.4
1.6
.7
1.6
6.0
.5
Camel . .
86.6
18.4
3.1
4.6
4.0
5.6
.7
Sow. . .
84.0
16.0
4.0
7.2
7.2
3.1
1.1
Elephant .
67.9
32.1
19.6
8.1
3.1
8.8
.6
Porpoise <
41.1
58.9
45.8
11.2
11.2
1.3
.6
Bog . .
75.4
24.6
9.6
6.1
5.1
3.1
.7
Cat . . .
82.1
17.9
3.3
3.1
6.0
4.9
.6
V
50 THE COMMON SENSE OF THE MILK QUESTION
Perhaps it may be well to add to the foregoing
table a few words of explanation. While the analysis
simply divides the constituents of milk into water
and solidS; fat is really a semisolid. The solid con-
stituents proper are sugar, casein, albumin, and
mineral matter, called ash, or salts. Casein is a
protein compound of very great importance, forming
with albumin the chief nitrogenous value in milk.
Curd is formed of casein through the action of acid.
It forms one x>f the principal ingredients of cheese —
about 25 per cent of its bulk — when coagulated
by the action of rennet. The ash or salts in milk
consists principally of phosphates and chlorides of
soda, potash, and lime/
W«ltr
J D D S
■
tnm
DZAOBAM 8BOWINO COUPOKBIITB OV Ck>W'B MiLK
With this explanation it will be easy to appreciate
the nutritive values of the various milks described.
It will be quite obvious, for instance, that the enor-
mous percentage of fat in the milk of the porpoise
— more than eighteen times that of woman's milk
WHY cow's MILK? 61
— entirely removes it from the digestive capacity
of the human species. So, too, in the case of the
elephant, whose milk contains more than five times
the fat contained in human milk. On the other
hand, the milk of the mare and the ass are deficient
in fat, though the milk of both animals has been
more or less extendvely used as a food in some parts
of the world,' and the milk of the ass is even used
occasionally in this country as a food for very feeble
infants.* Now, the principal animals whose milk
has been used by mankind for food are the cow,
the goat, the sheep (ewe), the ass, the camel, and the
reindeer. Most of these would have been selected
from the foregoing table of analysis by any lajrman
called upon to select those which in their composition
most nearly resembled human milk.
Let us, then, take the milks of these species and
compare them a little more closely with reference
to their food values. As we have seen in an earlier
chapter, the important task before the man of science
is to find some substitute for breast milk which
closely resembles it ; something that will make blood,
tissue, muscle, bone, and nervous energy in as nearly
as possible the same manner as mother's milk. In
analyzing the food values of the principal domestic
unimftla and comparing them with human milk, we
are taking the first important step toward the solu-
tion of our problem.
52 THE COMMON SENSE OF THE MILK QUESTION
We may divide food into four great classes, as
follows : (1) protein, sometimes called proteid, or al-
buminoids; (2) fat; (3) carbohydrates; (4) mineral
matter, usually called ash or salts. ^ In addition to
these, water is a very important ingredient of food,
entering as it does into the composition of every
part of the body, the bones even containing more
than 10 per cent of water.' It follows, therefore,
that the large percentage of water contained in all
kinds of milk is not wholly waste and without nutrient
value. Protein is the muscle-building element and
is of prime importance, as the word itself indicates.*
It contains carbon, hydrogen, oxygen, and nitrogen
and, generally, but not always, sulphur. Sometimes
there is found in addition to these phosphorus and
iron. Fat, as most people know, is composed of
carbon, hydrogen, and oxygen only. Carbohydrates
is the name given to a compoimd of hydrated carbon.
The carbon is compounded with hydrogen and oxygen
in the proportion of two to one, the proportion in
which these two elements combine to form water.
All the glucoses and sugars are carbohydrates, there-
fore the sugar in milk, which differs from cane sugar
very materially, belongs to that class. The mineral
matter in milk, the salts or ash, is principally useful
in building and hardening bone. This is by no means
a very complete or exact analysis of food elements,
* Protein = I take the firat place.
WHY cow's MILK?
53
but it is sufficient for our purpose in trying to grasp
the essentials of the milk problem. In the following
table the relative percentages of protein, fat, carbo-
hydrateSy and mineral matter in the principal milks
which are used as human food are shown: —
Table IV
Food Constituents of Different Milks
Ahimax.
pBonuf
Fat
Miix SnoAK
MimsAL MAiras
Woman
1.6
8.4
6.1
0.2
Goat. . .
8.7
4.8
8.6
0.8
Cow • • •
8.6
8.7
4.9
0.7
Eire . . .
4.9
9.8
5.0
0.8
Mare . .
2.0
1.2
6.7
0.4
Ass . . .
2.2
1.6
6.0
0.5
Camel . .
4.0
8.1
5.6
0.8
Reindeer .
10.4
17.1
2.8
1.5
It will be seen that all the animals included in the
above table, which comprises the principal species
that have been kept wholly or partly for their milk,
yield milk that is much richer than woman's milk
in the muscle-forming element, protein. If we were
choosing a milk for this one quality, chemical analysis
would indicate the wisdom of selecting the milk of
either the mare or the ass, which are nearest to wom-
an's in that one particular. But when we consider
these with regard to the percentage of fat contained
in them, they are seen to be very notably deficient.
Strangely enough, the milk of the camel and the cow
54 THE COMMON SENSE OF THE MILK QUESTION
are about equally near mother's milk, the slight
deficiency of fat in the first being about the same as
the slight excess in the second. Next in order comes
goat's milk, so that we may value them in the fol-
lowing order: (1) cow's milk; (2) camel's milk;
(3) goat's milk. In carbohydrates all three are
notably deficient, but the camel is nearest, with the
cow second and the goat third.
The tremendous excess of protein and fat in the
milk of the reindeer as compared with human milk
and that of all other animals included in the table
would seem to render its use as human food im-
possible. But it is extensively used by the Lap-
landers,* various Eskimo tribes along the coasts of
Siberia,*® and, to a limited extent, by the Eskimo
tribes in Alaska since our own government intro-
duced the reindeer there nearly twenty years ago
to provide the people with some protection against
possible famine." Whether the milk is ever given
to infants, and, if so, to what extent and in what
manner it is modified, I have been unable to as-
certain. Nor have I been able to obtain any analysis
of the milk of Eskimo or Laplander women to com-
pare with that of reindeer milk. It is not improbable,
I think, that the difference between the two is very
much less than our figures suggest. The reindeer
is a native of the coldest climates and needs the
seemingly excessive fat for heat. We know that
WHY cow's MILK? 55
the human inhabitants of these arctic lands consume
enormous quantities of blubber and other animal
fats for the same reason, and it may be found that
the milk of the women contains an amoimt of fat
that is far in excess of that which is common in more
temperate climates."
n
Now, it is evident that even if the nomads of
Africa, Asia, and India possessed the information
concerning the chemical composition of the various
kinds of milk which is now before us, it would not
take them long to decide in favor of the camel.
Economically speaking, they would have no choice,
since the camel is the only one of the animals in-
cluded in the comparison which is adapted to the
peculiar conditions of the desert. The reason why
practically all the numerous Biblical references to
milk are to the milk of either the goat or the sheep,
indicating that the cow was not the common milch
animal of Palestine, is simply that the country was,
as a whole, not suited to the pasturing of large cattle,
though wonderfully well adapted to the needs of
sheep and goats/' In this country efforts made to
domesticate the camel failed, the animal being un-
economical.^^ For this reason, of the three animals
whose milk most nearly resembles that of the hmnan
mother in its chemical composition, one is unavail-
56 THE COMMON SENSE OF THE MILK QUESTION
able so far as the inhabitants of Europe and America
are concerned.
There are two species, then, whose lacteal secre-
tion more nearly resembles woman's milk than that
of any other species available for general milch pur-
poses, namely, the cow and the goat. The milk
of the latter is very extensively used in some parts
of the world, and a great deal can be said in its favor
as a substitute for human breast milk. It is not,
however, very much used in this country. As be-
tween the two animals we have chosen the cow.
The reasons for this choice are probably in large
part sentimental and to some extent economic.
It is commonly believed that the goat is not a clean
animal, especially in its dietetic habits. While
most Authorities upon the goat declare this to be
a gross Ubel upon a very clean animal,^' there can
be no doubt that it enters into the popular preju-
dice against the goat and partly accoimts for the
discrimination against the animal. True, the male
goat has almost always an offensive odor, but this
objection does not apply to the female. Horace,
the Roman poet, long ago set the world an excellent
example by truthfully imputing the offence to the
male goat alone, calling the females
"The ladies of the unfragrant lord."
Again, many persons who have never tried goat*s
milk, either as a beverage or as a food for them-
WHT cow's MILK? 67
seltes or their infants^ have an idea that the milk
has a peculiar and unpalatable taste. This likewise
is unjust to the gentle animal which has been most
aptly called "the poor man's cow." There is a very
serious objection to the goat in the fact of its un-
deniable record as a destroyer of young trees and
shrubs, but this can be overcome by tethering, and
presents no very great difficulty.
On the economic side, the objection that there is
no demand for goat's milk to justify goat-keeping
upon a large scale, in a commercial way, is trite.
That is an economic consequence of the prejudice
against the animal. Doubtless there are many
persons in all our villages and small towns, where
goat-keeping is practicable, who are reasonably
free from prejudice and open to conviction upon the
subject of the animal's worth, especially as the
provider of an excellent milk for infant feeding, who
are simply ignorant of its economic merits. The
yield of milk is not large enough compared with that
of the cow to be attractive, though in proportion
to its size and weight the goat jrields not less than
the average cow. A fairly good goat will yield two
quarts of milk or more daily, two or three milkings
a day being necessary." It is not an expensive
animal to buy and is probably the cheapest animal
of its size in the world to maintain. The average
American laughs at the idea of valuing the goat for
58 THE COMMON SENSE OF THE MILK QUESTION
its economic qualities, but it is doubtful whether,
all things considered, there is a more economical
domestic animal anywhere.
There are several reasons why goat's milk is superior
to cow's milk as a substitute for breast milk in infant
feeding. In the first place, while the cow is particu-
larly subject to a specially virulent form of tuber-
culosis, which dread disease it is, as we shall see later,
capable of acquiring from man and of transmitting
to man in its milk, through the infection of the di-
gestive tract, the goat is practically * immune from
the disease. Professor Nocard has observed that
of 130,000 goats and kids brought to the slaughter-
houses of Paris the meat inspectors failed to find
a single one suffering from tuberculosis and requir-
ing condemnation." The testimony upon this point
is overwhelming, and if there were no other ad-
vantage in goat's milk, this immunity from the
disease which scourges mankind ought to make it
popular, providing that its milk proved equally
as nutritious and digestible as cow's milk. If we
were choosing a foster-mother or wet-nurse for an
* I say " practically immune " in view of the fact that goats
have been successfully inoculated with bovine tubercle bacilli
by Arloing, and with both bovine and human tubercle bacilli by
De Jong. Nevertheless, instances of successful inoculation
with either variety are so rare as to call attention to the strik-
ing degree of immunity enjoyed by the goat. See ''Some
Observations on the Tuberculosis of Animals," by D. E. Salmon^
D.V.M., Maryland Medical Journal, February, 1904.
WHY cow's MILK? 59
infanti and there were two candidates apparently
equally desirable in all other respects save this one,
both being plentifully supplied with good milk, but
one of them the victim of an active and malignant
disease, is there any intelligent being who doubts
what the choice would be? Yet, in the case of
choosing an animal to be virtually the wet-nurse
of the nation, we have chosen the one infected with
disease and constantly passing on the infection to the
little ones.
Goat's milk is superior in richness and flavor to
that of the cow, but what of its digestibility 7 In
the milk of both animals the percentage of casein
is very much greater than in human milk, the averages
being: —
HvMAir Cow QOAT
1.0 per cent 8.0 per cent 8.2 per cent
This indicates a tougher and harder curd, casein
being the curd-forming element in milk. Now,
note the reason for this difference in the toughness
and hardness of the curd in the three milks: both
the caw and the goat have four stomachs, while man
has only one I The digestive apparatus of the human
infant is adapted to the assimilation of a soft-curded
milk, while the young of the cow and the goat have
digestive systems equally well adapted to the assimi-
lation of milks containing hard, tough, fibrous curds.
60 THE COMMON SENSE OF THE MILK QUESTION
We shall have reason to return to this important
subject of the relation of milk to the digestive system,
but for the present it is enough to note the fact that
goat's milk is rather harder in curd than cow's milk,
and that both are very different to woman's milk
in that respect, taxing the digestive organs accord-
ingly.
To offset the slight inferiority to cow's milk due to
the harder and tougher curd, Dr. J. Finley Bell has
shown that goat's milk has other advantages.^' Not
only is the milk much less subject to bacterial con-
tamination, but the fat in it, while the percentage is
higher than in cow's milk, seems to be much more
nearly akin to the fat in human milk than is that
contained in cow's milk. As a result of the success
which attended the use of goat's milk in cases of
infantile diseases of the digestive tract, after cow's
milk had failed. Dr. Bell imdertook an investigation
into the subject of the relative digestibility of the
milk of cows and goats. He found that the milk
fat of the two species differed from each other and
from that of the human species in that they melted
at quite different temperatures. The temperature
at which the fat of goat's milk melted was much
nearer to the melting-point of human milk fat than
the melting-point of the bovine milk fat. The
temperature (centigrade) at which each melted was :
human, 36.5°; goat, 34.5° to 36.0°; cow, 38.0° to
WHY cow's MILK? 61
40.5^.** By a very simple and rational method of
experiment Dr. Bell thus showed why, in spite of its
slightly tougher curd and larger percentage of fat,
goat's milk proved superior to cow's milk from the
standpoint of digestibility.
In many parts of Switzerland and France it is
customary for babies to take their nourishment
directly from the goat's udder, just as they would
from their mothers' breasts.'® The udder and teats
of the goat are carefully cleaned by washing, and
then the child sucks the teats as other children do
their mothers' nipples. According to the British
Medical Journal, the results are in every way satis-
factory.'^ Among the Italians who come to this
country in such large numbers goat's milk is very
highly esteemed as an infants' food, especially in
times of sickness.'' Down amid the crowded tene-
ments of New York City, when a little Italian baby
is sick, weakened by diarrhcea and much vomiting,
the distracted mother will very often take the frail
sufferer in her arms across the ferry into New Jersey,
in quest of goat's milk, which she generally finds in
one of the many straggling Italian settlements on
the outskirts of near-by towns. In this connection it
is interesting to remember that among the ancient
Hebrews many curative properties were attributed to
the goat. Just as the blood of the male goat was
believed to be more like human blood than that of
62 THE COMMON SENSE OF THE MILK QUESTION
any other animal," so the milk of a goat, freshly
drawn from the udder, was regarded as a cure for
pains of the heart," while the milk of a white goat
was regarded as having special properties as a cure
for many ills.^
All things considered, then, the neglect of the goat
as a milch animal, especially as a provider of milk for
infants, is very much to be deplored. The animal
seems to be altogether well fitted to be the wet-nurse
of the human infant, much more so than the cow,
and it is a great pity that ignorance concerning its
habits and qualities should stand in the way of its
more general employment. That an extensive use of
its milk in place of that of the cow would lead to a
considerable reduction in the enormous mortality
from the various forms of tuberculosis which afflict
infants is highly probable, indeed, practically certain.
It is to be hoped that the Department of Agriculture
at Washington, and the several state bureaus, will
see fit to make known the truth concerning the much
maligned goat, and to encourage its breeding and use
for milch purposes.
m
Cow's milk, then, is the staple diet of a very large
part of the infant population of this and other coun-
tries. Moreover, the number of children fed upon it
is continually increasing. No matter how earnestly
* •• •
• • • • I
« • « •
• • .
• ••••
WHY cow's MILK? 63
we may desire to see the milk of some other animal
tried in its stead, for a long time to come cow's
milk will be the staple diet of a majority of bottle-fed
babies. It is computed that of the 18,000,000 cows
in this comitry, the milk of more than 5,000,000 is
used as mUk^ most of it in a raw state. What the
constituents of cow's milk are, and how it compares
in its chemical composition with the milk of other
species, we have already seen. There remain, how-
ever, some other important aspects of its use by man
as a food to be considered.
Milk, by which is here meant cow's milk, is often
spoken of as though it were a perfect food. That the
milk of any animal is normally a perfect food for its
own young b true, so there is no doubt that cow's
milk is a perfect food — for calves. But as a food for
human beings it is far from perfect. Milk contains
the four classes of nutrients necessary for man,
protein, fat, carbohydrates, and mineral matter, in
more nearly the correct proportions than any other
single food material. A quart of milk contains about
the same amount of nutritional value as twelve
ounces of beef or six ounces of bread. But the nutri-
ment is better balanced than in either bread or beef.
For while in the meat there is protein and fat, and in
bread protein and carbohydrates, milk has all three
in about equal proportions.*^
The protein is present in larger quantities than the
64 THE COMMON SENSE OF THE MILK QUESTION
human body demands^ however. A moderately ac-
tive man of average build requires about 0.28 of a
pound of protein daily, but the milk required to give
just that amount of protein would yield too little of
the necessary fat and carbohydrates to provide the
body with proper energy. On an average, 3400
calories of energy are required, but the milk which
would provide that would also provide too much
protein, 0.34 of a pound. To get just 0.28 of a poimd
of protein it would be necessary to take an amount of
milk deficient in energy-making elements to the extent
of 700 calories, or nearly twenty per cent of the total.*"
Other reasons why milk cannot be regarded as a
perfect food for adults are, first, that the quantity
of water contained in it is so great that it would be
necessary for a man to drink at least four or five
quarts daily to obtain sufficient nourishment from it ;
second, that it has not enough solid bulk. It seems
to be a law of nature that man in common with most
animals needs a certain bulk to his food. The dis-
tention of the stomach appears to be necessary and
the bulk of the solids in man's food to play an impor-
tant part in promoting the peristaltic action of the
intestines.*'
As an element in the diet of the human adult, milk
and its products may be said to be invaluable, but
milk is not of itself a suitable food for the normal
man or woman. For invalids and very young chil-
r
WHY cow's MILK ? 65
dren, however, it is practically a perfect food — as
nearly perfect as anjrthing of which we know. Its
advantages are well known: it is as a rule easily
digested, it does not irritate the alimentary canal,
and by using a milk diet the physician is better able
to regulate both the quantity and the quality of the
nourishment given to an invalid or an infant than in
any other way. Of all animal foods milk is the most
easily digestible. It has been found that, on an
average, an adult digests about 97 per cent of the pro-
tein, 95 per cent of the fat, and 98 per cent of the
carbohydrates in milk. According to the experi-
ments made by our American authorities, a child one
year old digests less — 90 per cent of the protein,
96 per cent of the fat, and 86 per cent of the car-
bohydrates.'* These figures, it may be added, repre-
sent the digestion of a healthy child with whom cow's
milk agrees.
But the enormous death-rate among bottle-fed
babies shows that it is exceptional rather than usual
for cow's milk thus to agree with young infants,
especially during the first few weeks of life and during
hot weather, when there is a certain depression of the
digestive system and when it is difficult to keep milk
pure and sweet owing to the rapidity with which it
decomposes. One cause of difficulty is the hardness
of the curd as compared with that in breast milk,
the infant's natural food. Dr. Chapin's investiga-
66 THE COMMON SENSE OF THE MILK QUESTION
tions of the relation of infant dietetics to the com-
parative anatomy of the digestive tract have revolu-
tionized the whole science of infant feeding. He has
conclusively demonstrated that the milk of each spe-
cies is suited to the structural character of the diges-
tive apparatus. He points out that in each of the
species the '' milk of the mother behaves in the young
animal's stomach very much as the food of the mother
behaves in her stomach."" By this method, he
believes, the young animal is being taught to digest
its food in just the same way as it must when it is
grown up.
The cow, the goat, and the sheep have each four
stomachs. Taken together, these four stomachs
form about 70 per cent of the digestive tract. But
while the horse and the ass eat much the same kind
of food as the cow and the sheep, they have only
one stomach, which forms about 8 or 9 per cent of the
digestive tract. This stomach holds less than one-
half of a meal. Like the horse and the ass, man has
but a single stomach, and this forms about 20 per cent
of the digestive tract as compared with 70 per cent in
the case of the cow and only 8 or 9 per cent in the case
of the horse.'' Do these great variations in the kind
and size of the digestive organs of the different species
mean anything? do they signify variations in the
manner of digesting food which will help us to ex-
plain why it is that so many infants die every
WHY cow's MILK ? 67
year of illnesses caused by diseases of the digestive
tract?
Let us examine a little more closely the digestive
tract in a cow, a horse, and a man, and note briefly
some of the most important features in the digestive
process in each case. In the cow we have four stom-
achs, each connected with the others, and occupying
altogether 70 per cent of the digestive tract. The
fourth stomach has its outlet into the intestine, and
careful examination will show that the outlet is so
small that only liquid, or semi-liquid, food can pass
through it. If we could watch the working of this
complicated apparatus in the case of a yoimg calf,
we should find that the process of digestion goes on
about as follows : when the milk of the mother goes
into the first stomach it clots with a firm, hard curd.
As this clotted mass passes from stomach to stomach,
the curd is gradually reduced, until, from the fourth
stomach, it passes into the intestine in a digested,
liquid form.
Taking next in order the horse, we find at the outset
a very different apparatus. Here is a single stomach,
very small, and occupying only about nine per cent
of the digestive tract. The outlet from the stomach
to the intestine, instead of being so small that only
liquid or semi-Uquid food can pass through it, is very
large. If we could watch the stomach at work during
the time the horse was taking a meal, we should find
68 THE COMMON SENSE OF THE MILK QUESTION
that; while the animal was eating, the stomach emp-
tied its contents, altogether undigested, into the in-
testine. At the other end of the intestine is a very
large caecum, or gut, which occupies about 60 per cent
of the digestive tract. The digestion of the food in
this case is not performed by the stomach, but by the
intestine. Now, if we could only observe the working
of this digestive system in a very young foal, we
should find the mare's milk forming, not a hard clot
like the cow's, but a clot very soft and like jelly. This
jellylike clot passes at once into the intestine from
the stomach and is there digested. Now, then, sup-
pose that instead of letting the mare nurse her off-
spring, we take it away and feed it upon cow's milk,
or the milk of some other animal which resembles it
in having a hard, tough curd. As the hard clots of
curd pass into the intestine, which is suited only to
the digestion of a soft, jellylike curd, what happens ?
Why, obviously, intestinal irritation and inflam-
mation. The hard curd is a foreign substance in
the intestine; it cannot be digested. Thus in the
stomach of the foal the milk intended for a calf by
Nature becomes an irritant and a poison.
Now, let us take the human infant. Here, again,
we have a young animal with a single stomach, which
occupies about 20 per cent of the entire digestive
tract, or less than one-third the proportion occupied
by the four stomachs of the calf in its digestive tract.
WHY cow's MILK? 69
We notice at once that, as in the case of the calf,
the outlet from the stomach to the intestine is very
small. As we watch the milk from the mother's
breast pass into the infant's stomach, we observe
that it does not clot in a hard, tough curd like cow's
milk, nor in a jelly as in the case of mare's milk,
but in a soft mass, broken into numberless small
particles. It is neither hard and solid, nor soft and
gelatinous, but flocculent. In this state it passes
into the intestine, where the process of digestion is
completed. If, instead of mother's milk, speedily
precipitated into this flocculent form, cow's milk with
its enormously harder curd enters the tender stomach,
what happens? Why, the stomach is overtaxed
trying to break the curd into particles small enough
to enter the intestine, and there is disorder until the
foreign substance can be got rid of, with resulting
nausea or diarrhoeal illness. Such portions of the curd
as have been broken and passed into the intestine
are very liable to cause just the same kind of dis-
turbance there, with serious, if not fatal, result.
IV
From the foregoing discussion it will be perfectly
apparent, even to one who has never given the matter
the slightest thought before, that in looking for a
substitute for breast milk upon which to feed our
70 THE COMMON SENSE OF THE MILK QUESTION
babieS; it is necessary to pay attention to other factors
beside the percentages of protein, fat, and carbo-
hydrates which the substitute contains. Even if we
could secure a milk the chemical composition of which
was exactly the same as that of human milk, it would
still be far from a perfect substitute, unless it behaved
similarly in the digestive process. It is evident, then,
that while a chemical analjrsis is necessary and
helpful, it is not, by itself, competent to warrant the
fitness of the milk of any animal as a food for any other
than its own young. Comparative anatomy of the
digestive organs, and a close study of their function-
ing, must go hand in hand with chemical analysis.**
Furthermore, the chemical analysis of milk must be
carried much farther than is necessary to determine
the proportion of the various food constituents con-
tained in it. That is but the beginning of phjrsio-
logical chemistry as it bears upon the problem of the
artificial feeding of infants. There are many other
matters of profound importance which need to be just
as carefully studied. For example, there is in all
milk fats a substance of a phosphorescent nature,
called lecithin — from the Greek root, lehUhos,
yolk of an egg. This substance is contained in hu-
man milk to a much greater degree than in the milk
fat of other animals, such as the cow and the goat.
That there is a very good reason for this may be pre^ ,
sumed, for Nature's economy is exceedingly scientific
WHY cow's MILK ? 71
and wise; the relative abundance of lecithin in the
milk of the human mother is not a whim or an ac-
cident, but an important fact which we cannot
properly ignore.
We ask ourselves, then, what is the purpose of
lecithin? what does it do? Science reveals the fact
that it is this substance which forms a very large
part of the brain and nerves. So another question
arises, why should there be less of it in the milk of
cows, goats, sheep, and horses than in woman's milk ?
For answer to this question, let us compare the newly
bom offspring of these various species: ''Within
half an hour after birth a calf, lamb, kid, or colt can
stand, and in a day or two runs around and sees, hears,
and smells about as well as its mother. In other
words, it is bom with a fully developed nervous system.
But a baby is very different in this respect, and it
needs material for building up its nervous system,
and this is found abundantly in woman's milk, but
not so much in other milks." Thus Dr. Chapin
answers our question.^
There are other wonderful elements in milk which
are not disclosed by ordinary analysis. In fact, the
story of a drop of milk, could it be fully told, would
prove one of the great romances of science. We can-
not even enumerate these wondrous elements in the
present discussion, but there is one without some notice
of which we shall not be able to understand subse-
72 THE COMMON SENSE ON THE MILK QUESTION
quent chapters. It is well known that breast nurslings
are remarkably immune from infectious diseases,
even though their mothers may be infected during the
lactation period." Mothers suffering from typhoid
fever, diphtheria, measles, scarlet fever, and many
other diseases which are highly infectious, frequently
continue nursing their infants without infecting them
in the slightest degree. In many isolation hospitals
it is the rule not to separate the nursing infant from
its mother, even though the mother is suffering from
such a disease as diphtheria and the infant is perfectly
healthy. Professor Roger, an eminent French author-
ity, has published a list of forty-nine cases of nursing
mothers admitted with their infants to his isolation
hospital. Fifteen had measles, nineteen scarlet fever,
eight tonsQitis, one diphtheria, five erysipelas, and one
mumps. With the exception of one very debUitated
child, who contracted erysipelas, no child contracted
disease, notwithstanding that all were suckled by their
mothers.** It is believed that this unmunity of breast-
fed babies from infectious disease is due to the fact
that the mother's milk carries into the infant's body
certain protective anti-toxins which are called, in the
technology of the laboratory, "anti-bodies."
When an animal is attacked by poisonous bacteria,
certain neutralizing qualities are formed in the blood,
which, to a certain degree, produce an active resistant
against the poison. In a healthy anunal the blood
• • <
• • • •
• • •
• ••
'• • •
/
WHY cow's MILK? 73
thus develops considerable bactericidal powers, en-
abling the animal to resist the attack. Now, if it
be true that these anti-bodies are secreted in the lacteal
fluid of the mother and carried into the digestive
tract of the infant, to be distributed throughout the
body, we have, another very important reason for
the superior advantages enjoyed by breast-fed over
bottle-fed babies in the struggle for existence. For
while the milk of the cow may likewise contain these
useful anti-bodies, they are effective only in protecting
its own offspring and of no advantage whatever to the
human infant, its parasite.'^ Far from protecting
the baby against disease, there is an astounding mass
of convincing evidence that cow's milk is frequently
the medium by which the human infant is infected,
many of the deadliest diseases being conveyed by
means of milk, especially among young infants wholly
dependent on a milk diet.
Summarizing, briefly, the principal points in this
discussion thus far, it is evident that as a substitute
for mother's milk some other milk is desirable, though
there is no other milk which is as good as mother's
milk and able to serve the infant in so many ways.
While foods may eventually be made, consisting
wholly or largely of vegetable matter, in which the
proportions of protein and other food elements are
perfectly balanced, still, they cannot take the place
of milk, which must form the basis of any satisfactory
74 THE COMMON SENSE OF THE MILK QUESTION
infant food. The milk of the cow is generally used
in this country^ though it is in some respects inferior
to goat's milk. But whether cow's milk or goat's
milk be employed, it must be modified to make it as
nearly like human milk as possible, alike as to its
nutrient qualities, the manner of its digestion, and
the content of ferments which aid and stimulate
assimilation. This is the task to which the modem
physiological chemist and the physician must address
themselves. There can be no reasonable doubt tliat
the standard which Nature sets is the one which should
be aimed at ; that the nearer we get to human milk,
the more satisfactory the result will be.
It is no part of my purpose to provide mothers and
nurses with a manual of instruction in the practice
of infant feeding. We are concerned with the prob-
lem in its social and political aspects only. If many
of our excursions into the realms of chemistry, physi-
ology, pathology, and bacteriology seem at first to
be foreign to that purpose, it will require but little
reflection to show that these are very important
phases of the problem we are trying to solve, the
problem of securing a safe and wholesome public
milk supply; and, especially, such a system of pro-
ducing and distributing the milk upon which so many
WHY cow's MILK? 75
of our babies must be fed as will stop the needless
waste of life, the stream of little baby lives that
flows each year into the great ocean of death and
loss. It requires no elaborate argument to show
that a clear comprehension of the problem is the first
essential condition of its successful solution.
It is, therefore, not proposed to enter upon a dis-
cussion of the various milk formulas which have
been prepared by different authorities upon infant
dietetics, such as the venerable and learned Jacobi,
Botch, Chapin, Holt, and others."' Nor will any
attempt be made to determine the merits of the
controversy between those who favor a very high
percentage of fat, using "top-milk" only, or adding
cream to the milk, and those who favor a low per-
centage of fat. There is doubtless a danger line in
either direction, and the milk of the human mother
is not very likely to be improved upon as a standard.
For the reasons stated, our concern with the modifica-
tion of milk for infants is very slight. We have noth-
ing to do with the technic of its formulas, but only
with those aspects of it which have a socio-economic
significance.
The practice of modifying milk has, in a crude
way, been carried on from very remote times. Long
before the rise of a school of physicians devoted
especially to the study of pediatrics, mothers, find-
ing that their babies could not retain the milk of
76 THE COMMON SENSE OF THE MILK QUESTION
the COW when given in its pure, undiluted state,
followed their instinct and common sense and diluted
it by the addition of water. It was a crude method
of modifying milk, to be sure, and the tally of its
victims will never be recorded. It is significant,
however, that the mothers, long before the subject
received the attention from scientific minds which
is now common, discovered that, according to the
age of the child and its strength, cow's milk needed
some dilution to adjust it to the child's need. But
among French physicians, led by such men as Budin,
Variot, and Dufour, there is a very widespread oppo-
sition to any attempt to lessen the differences between
human and bovine milk by any process of modifica-
tion, or, as the English say, "humanization." They
prefer to give the cow's milk unmodified, even to
very young infants, but insist that it must be either
sterilized or pasteurized.'^ In following the other
method of modifying the cow's milk to suit individual
requirements, American and English physicians are
doing in a scientific way what maternal instinct and
experience used to do in a crude, haphazard way
with disastrous results. They are minimizing the in-
evitable differences between natural and artificial
food, reducing the loss of the bottle-fed baby to the
minimum.
In percentage-feeding as practised by such au-
thorities as Rotch and Chapin and their numerous
WHT cow's MILK? 77
foflowers, milk modification has reached its highest
development thus far. The leadership of American
physicians upon this question is universally recognized
outside of France. Indeed, the science of the whole
milk question is very much further advanced in
America than in any other country, however back-
ward we may be in the practical application of scien-
tific knowledge to our milk supply. We are not,
after all, a very practical people, much as we love to
hug the delusion that we are. Social science is
nowhere making the progress that it is making in
America to-day, Germany having lost its leadership
long since. But the practical application of that
science, actual social experiment, is neglected here
as nowhere among the gi*eat nations.
Percentage-feeding is in reality a highly indi-
vidualized system of milk modification. Starting
from the idea that the mother's milk is immeasurably
superior to any other food for an infant, percentage-
feeding is an attempt to so modify cow's milk that
it will approximate mother's milk in its composition.
Under the old haphazard methods, when it was foimd
that undiluted cow's milk could not be properly
digested by the infant, it was simply diluted imtil
it ''seemed to suit the stomach" of the child. It was
not understood that it was the excess of protein in
the milk, intended by Nature for a very different
organism, which caused the indigestion, nor that in
78 THE COMMON SENSE OF THE MILK QUESTION
the process of simply diluting the milk with water
there was danger, not merely that the dilution would
be carried too far, thus reducing the amount of
protein below what was actually necessary, but also
that the amount of heat and energy-producing ele-
ments^ fat and sugar, was likewise reduced to a degree
inconsistent with the health and proper development
of the child.^^ Such babies pined and wasted away,
with the result that cow's milk was held to be an un-
suitable food and generally discredited. Very often
anxious mothers resorted to some of the many pro-
prietary foods, upon which, owing to the amount of
sugar contained in them, there was generally a gain
in weight. Thus the proprietary foods obtained a
hold upon public confidence. How could the mother
be expected to realize that the fatness and weight of
her baby were both deceptive; that its fpod was
lacking in protein, the element that giyefrStrehgth and
resisting force ? How could she be expected to know
that, under such conditions, her child must be ex-
ceedingly liable to become rachitic, or to succumb to
the first attack of a serious nature through lack of
fortifying strength?"
This very grave defect in prepared foods for infants
is one reason for the excessive mortality which in-
variably results from their use. When pigs are fed
upon a diet that is low in protein, they succumb to
disease much more easily than do pigs fed upon a diet
WHY cow's MILK? 79
containing protein in proper proportion. The pigs
fed upon the low protein diet may be fatter and
heavier, l)ut they are loeaker.*^ This is what common
sense would suggest, of course, in the case of babies
as well as that of pigs, and demonstrates very forcibly
how misleading the advertisements of all proprietary
foods are. Pictures of babies showing them to be
very fat, and figures showing them to be very heavy,
may deceive mothers and the lay mind in general;
but the medical man and the student of physiology
know that these are not the only conditions of sound
health.
One of the great merits of percentage-feeding is
that a general knowledge of its principles will do much
to educate the public to a realization of the danger
which lurks in proprietary foods, even the very best
of them. The great obstacle at present is the fact
that the principles have not been simpUfied enough
to make them popular. They are too complicated,
and involve too much computation and study, for
the very mothers who most need to understand and
practise them. It must not be forgotten that direc-
tions which appear simple and lucid enough to the
college woman will seem very complicated and diffi-
cult to the mind of the poor tenement mother. Quite
the notost lucid and simple instructions for percentage-
feeding which I have seen fail in this vital particular.
The physician who can prepare a truly simple and
80 THE COMMON SENSE OF THE BULK QUESTION
popular statement which will enable the average
mother of the working class to understand per-
centage-feeding, so as to practise it intelligently,
without having to imdergo a very complicated
system of calculation, will confer a great boon upon
humanity.
As it is, where mothers are intelligent enough to use
modified cow's milk they frequently do not under-
stand that the extent and manner of the modification
must be determined by two factors mainly — the
quality of the milk in its imdiluted state and the age
and physical development of the child whose diet it
is intended to be. Many of the cases of children fail-
ing to thrive upon the modified milk provided at a
low price at the Infants' Milk Depots maintained by
private philanthropy in this country, and by munici-
pal enterprise in England, are due to the ignorance
of the mothers upon these points and the lack of an
effective supervision of the distribution of the milk
mixture. Dr. F. M. Fry teUs, in the Archives of
Pediatrics,^ of a physician who sent an order to the
Walker-Gordon laboratory, that " four ounces of modi-
fied milk" be sent daily to a certain address. No in-
structions were given as to the ingredients desired,
nor anything said concerning the age of the infant
for whom the milk was required. Doubtless the
physician desired and expected good results for the
baby as a result of the use of modified milk, which
WHY cow's MILK? 81
tenn apparently meant to him simply — modified
milk.
If it is possible for this to happen in the case of a
physician, is it at all strange that it should frequently
happen that mothers fail to appreciate the fact that
the milk mixture which suited her baby at six weeks
will not suit it at six or nine months; that merely
increasing the quantity of the mixture will not do,
but that its composition must be changed? A lax
method of distributing modified milk from the depots
conducted by philanthropic persons and societies in
many cities is a weakness which must be remedied
before a maximum of good can be obtained from
them.
CHAPTER IV
FILTH AS infants' FOOD
Thus far we have considered only those disad-
vantages in the use of cow's milk as a substitute for
mother's milk which are inherent in the dififerences
between the human and bovine species. That the
very best cow's milk obtainable, modified by the most
expert physician, is not a perfect substitute for the
liquid which the lacteal cells of the mother secrete
from her food, to become the food of her oflFspring, is
only another way of saying that, so far as we have
yet progressed, there is always an element of danger
in the use of any substitute for breast-feeding. The
danger is by far the greatest when any of the manu-
factured foods are used and least when the milk of
the cow or the goat, properly modified by the use of
diluents containing either alkaline elements or the
gruel of cereals is used. But at best there is some
danger.
Now we must consider some other elements of
danger which are very important, and which differ
from those we have been considering in that they are
FILTH AS infants' FOOD 88
not due to the differences in the human and bovine
organisms, but mainly to conditions resulting from
our ignorance, to the highly dangerous and unscientific
manner in which we permit the production and dis-
tribution of milk to be carried on. The dangers which
we are to colisider under this head are very much
greater and more numerous than those which are the
inevitable result of the use of a substitute for the
natural food of the infant, and which we can scarcely
hope ever to wholly avoid. But while they are more
numerous and more frequently fatal, they have this
hopeful feature: they can all be successfully com-
bated whenever enough civic interest has been awak-
ened to a recognition of peril and remedy to insure
the earnest and intelligent cooperation in remedial
effort of all the forces in society. Parents cannot
accomplish the task alone and unaided; physicians
cannot do it; farmers and milk dealers cannot do
it ; it cannot be done by the governing bodies of our
cities and states, or of the nation itself. * But all these
forces combined, earnestly and wisely working to-
gether, can do it; and so bring about one of the
greatest triumphs of life over death, of health over
disease, ever accomplished in the whole stretch of
himian history.
But before there can be any effective movement
aiming at the attainment of this noble ideal the nature
of the evils to be attacked must be known; before
84 THE COMMON SENSE OF THE MILK QUESTION
we can do anything we must know what there is to
be done and how to do it. In making a statement of
the evils to be attacked, therefore, and describing
some of them with a certain amount of detail, it is
not my purpose to pander to a demand for morbid
sensationalism, nor to provide materials for the ex-
citation of the public mind in the intervals between
other "exposures" or sensational campaigns. What
I want to do is to place before the American public a
calm and dispassionate statement of certain cwable
ills as a basis upon which to rest an earnest plea for
action; to waken, if possible, all those dormant and
neglected powers and impulses for good which need
to be called into active cooperation in order that the
evils may be remedied. And, terrible as some parts
of that statement may be, sickening as some of the
details are, it is perhaps necessary to assure the
reader that they fall far short of truth. For a truth-
ful statement of conditions, that is, a complete state-
ment of all the evils, given with photographic accu-
racy, would be unprintable and unreadable. The
worst that was said about the conditions existing in
the meat-packing houses of Chicago during recent
exposures, does not excel, even if it equals, what
might truthfully be said of the conditions which attend
the production and distribution of the milk supply of
our cities. It is a calm and studiously moderate state-
ment of fact to say that dirt and disease germs are
al
♦ •• •
• « • • •
• « « •
• " •
• • •
FILTH AS infants' FOOD 85
fed to the vast majority of bottle-fed babies in this
country.
Dirt and disease are the two great perils of our milk
supply. Dirt from the cow giving the milk, and dirt
from the human beings by whom the milk is handled,
and disease from both bovine and human sources are
distressingly common in the milk upon which we feed
our infants. To this cause more than to any other
must the enormous mortality from intestinal disorders
among bottle-fed babies be attributed. More than a
century ago, Smollett, the English novelist, himself a
physician, described the conditions surrounding the
milk supply of London in terms of unqualified, scath-
ing denunciation. Who that has read the descrip-
tion, in Humphrey ClinkeTj of the food dainties of
Covent Garden can forget the following passage of
brutal, eloquent realism?
'' I need not dwell on the pallid contaminated mush
which they call strawben-ies, soiled and tossed by
greasy paws through twenty baskets crusted with
dirt, and then presented with the worst milk, thick-
ened with the worst flour, into a bad likeness of cream ;
but the milk itself should not pass unanalyzed, the
produce of faded cabbage leaves and sour draff, lowered
with hot water, frothed with bruised snails, carried
through the streets in open pails, exposed to foul rins-
ings discharged from doors and windows, spittle, snot,
and tobacco-quids, from foot-passengers, overflowings
86 THE COMMON SENSE OF THE MILK QUESTION
from mud-carts, spatterings from coach-wheels, dirt
and trash chucked into it by roguish boys for the
joke's sake, the spewings of infants, who have slab-
bered in the tin measure, which is thrown back in
that condition among the milk, for the benefit of the
next customer; and, finally, the vermin that drops
from the rags of the nasty drab that vends this
precious mixture, imder the respectable denomination
of milkmaid."
The "literature of exposure" is not a new develop-
ment. Nothing ever printed concerning the milk
supply of this or any other time or place, by the most
sensational of "yellow" newspapers, can outdo this
account of London's milk supply by Smollett. How
much of the description we may accept as a fairly
just account of actual conditions, and how much
we must ascribe to Smollett's love of exaggeration,
we need not trouble to fathom. It is enough for us
to know that the conditions were bad enough to
provoke Smollett to attack them with all the
superb, if vulgar, vehemence of which he was
capable.
n
It will be observed by the careful reader that all the
filthy conditions which Smollett enumerated in his
sweeping condemnation were of human origin, due
FILTH AS mrANTS' FOOD 87
to carelessness and ignorance, and not to any defects
in the animals from which the milk was drawn. That
is a fundamental characteristic of the problem every-
where. In every case, wherever there is impure milk,
the failure of human intelligence is responsible. When
milk is contaminated, man is to blame, and not the
humble animal from which the milk comes. In its
original state, as contained in the udder of the cow,
the milk is pure and sweet and free from all foul and
dangerous matter, assuming that there is no disease
of the mammary gland or udder.^ Lister showed as
far back as 1873 that milk, while in the mammary
gland of the healthy cow, is absolutely free from bac-
teria and, being sterile, if it could be drawn from the
udder and kept in that pure state, would never sour
nor ferment. As a matter of actual experience, it
may be said that milk is rarely drawn from the cow
absolutely sterile and free from bacterial life. Bac-
teria are so numerous and omnipresent, being foimd
in the cow's teats, on the hairs of the cow, in the milk
pails in cracks and rims, as well as in the air, that only
by methods which seem almost miraculous and im-
possible in ordinary practice is it possible to produce
milk that is absolutely sterile in its natural state. It
is by no means uncommon, however, for milk to be
produced, in small quantities, and under special con-
ditions, in which no bacteria can be found by the ordi-
nary methods of microscopic observation. Dr. Park
88 THE COMMON SENSE OF THE MILK QUESTION
has examined samples of such milk from one model
dairy, as well as many others from the same dairy with
a bacterial comit of less than 100 per cubic centimeter.*
Dr. C. M. Seltzer, also, has noted similar apparent
absolute sterility in two or three samples obtained in
the state of New York, out of a dozen samples ex-
amined.* At the National Dairy Show, in 1906, milk
in which no bacteria could be discovered by the
ordinary methods of microscopic observation was
obtained.*
Now, milk that is sterile will keep good for a very
long time, provided that it is kept under proper
hygienic conditions, in vessels that are sterilized, and
kept at a low temperature, say 40 degrees Fahrenheit.
These are obviously ideal conditions which are not
always obtainable in this far from ideal world. At
the Paris Exposition, in 1900, one of the most signifi-
cant of all the food exhibits was that of American dairy
products, particularly of milk and cream. European
authorities were astounded: they simply could not
understand how it was possible for milk and cream,
raw and in the natural state, without preservatives
of any kind, to be shipped all the way from New York,
New Jersey, or Illinois to France, to be in good condi-
tion upon its arrival, and to remain as pure and sweet
as milk freshly drawn from the cow for long periods
after arriving at the end of the long transatlantic
journey.* The French agriculturists were dumb-
FILTH AS infants' FOOD 89
founded^ for they could not bring their milk a distance
of little more than a hundred miles and have it in
good condition for more than forty-eight hours, under
the most favorable conditions. In the midsummer
season they were barely able to keep their milk sweet
for twenty-four hours after its arrival. Major Alvord,
who was in charge of the exhibit, found it no easy
matter to convince the milk experts on the jury that
the milk was in its natural state, uncooked and un-
doctored; that nothing but "cleanliness and cold"
was used to attain such wonderful results."
When milk decomposes and turns sour in a relatively
short time, as is most common, the decomposition is
due to the action of bacterial life in the milk, to the
presence in it of organisms that are not indigenous
to it, but as foreign as the dangerous chemicals which
the unscrupulous dealer sometimes adds to his milk
to keep it from souring, or the coloring that is some-
times added to give the milk the appearance of having
more "body" and being richer than it actually is.
To put the matter still more plainly, when microscopic
exammation shows the presence of a large number of
bacteria in milk, regardless for the moment of the
nature of such bacteria and their influence upon those
who consume them in the milk, it is indisputable
that the milk is foul and dirty and fit for the sewers
rather than to be used as food.^
90 THE COMMON SENSE OF THE MILK QUESTION
in
Most persons have at some time in their lives been
fascinated by the observation of a drop of water
through a microscope. They have seen many forms
of animal life which were quite invisible to the naked
eye, and some forms of plant life of a still lower order
than the animalcula. These are bacteria, exceedingly
minute little organisms of plant life, belonging to the
fungi order. Infinitesimal as they frequently are,
the bacteriologist in his laboratory finds that they
differ very materially from each other, that there are
classes of bacteria as distinct as the classes among
the higher forms of life. Some are in the form of tiny
spheres, others like little rods, and still others like
miniature corkscrews. In short, there are many
variations in shape and general appearance observ-
able when bacteria are closely examined through a
very powerful microscope.
Not only is it possible to note physical diflferences
in bacteria, but their characters have, to some extent,
been Ukewise studied. While it is not yet known just ^
what effect many of them have upon our food, or
when they are taken into our system,' other varieties
have been more successfully studied. This is espe-
cially true of the varieties of bacteria which are called
"pathogenic," that is, disease-producing. The chief
reason why we know more concerning the pathogenic
FILTH AS infants' FOOD 91
varieties than concerning others is that in recent years
the germ origin of disease has been very extensively
investigated. Many of the worst diseases are caused
by these tiny bacteria, or bacilli, which have been very
closely observed in consequence.
Take, for example, the dread disease, tuberculosis,
or consumption. As far back as Hippocrates, who
lived four hundred years before the Christian Era,
this disease was known as the most fatal of all diseases.'
Isocrates, also a Greek physician, who lived about the
fifth century before Christ, wrote of the disease as
one which was transmissible through contagion.^®
Thereafter we find in the history of medicine and
pathology constant and growing recognition of the
fact that the disease can be transmitted from one
person to another in many ways. Then, in 1865, a
celebrated French physician, Villemin, proved that
tuberculosis could be produced in animals by inocula-
tion, not in the lungs merely, but in various parts of
the body." Thus it was demonstrated that the disease
is transmissible from man to beast, therefore probably
also from beast to man. It was also evident that the
disease must be caused by a specific germ, or bacterium.
This germ was not actually isolated and identified
until 1882, when Professor Robert Koch, the eminent
German phjrsician, annoimced the discovery of the
Bacillus tvbercidosis, a discovery which has since been
verified by numberless physicians in all lands.^
92 THE COMMON SENSE OF THE MILK QUESTION
Now, when this germ was thus identified its habits
could be observed. All over the world, physicians
and bacteriologists began to devote themselves to the
study of the tiny micro-organisms which ravage the
world with so much deadly effect. In 1890 Professor
Gustav Bang, of Copenhagen, demonstrated the
presence of the germ in cow's milk, showing that,
without knowing it, all persons who drink milk are
liable to swallow the germs of the most deadly of
human diseases, and that we feed such germs to our
babies when they are fed on cow's milk." Following
Bang, came Dr. German Sims Woodhead and Pro-
fessor Macfadyean, who not only foimd the tubercle
bacilli in milk, thus confirming Bang's discovery, but
also that a large number of cattle brought to the pub-
lic slaughter-houses of Edinburgh were tuberculous,
as were many of the milch cows, so that it was shown
that people without knowing it were eating the flesh
of tuberculous animals and drinking the milk from
them." It will be understood from this brief sketch
of the history of the tubercle bacillus how one of the
pathogenic varieties of bacteria came to be so inti-
mately and carefully studied.
We do not need to consider in such detail the va-
rious stages in the study of the germs by which other
diseases, notably typhoid, scarlet fever, erysipelas,
diphtheria, and cholera are produced. Our illustra-
tion will suffice to explain why it is that men of science
FILTH AS infants' FOOD 93
have identified a certain number of varieties of bac-
teria and classified them as being pathogenic, and why
they believe many other varieties to be harmless and
incapable of causing disease, having observed them
very closely and in large numbers without detecting
any ill efifects from their presence. It will be under-
stood, too, why it is that they are uncertain about
some other varieties and do not yet venture to classify
them as being either pathogenic or harmless. Some
of the harmless varieties, it should be observed, are
only harmless from a pathogenic standpoint. They
do not cause disease, but they are very troublesome in
many ways. They cause milk to turn sour, for exam-
ple, inflicting quite severe losses upon the farmer or
milk vendor sometimes. We are apt to blame the
souring of the milk upon the weather, particularly
if there has been a thimderstorm, rather than the real
culprit, the little micro-organism in the milk. Man
has even found some of the bacteria useful and cun-
ningly availed himself of the fruits of their labor, for
the various kinds of cheese which we consume are all
produced from milk, partly by bacterial action. Cul-
tures of bacteria for cheese-making are now regularly
sold on the market."
But how, it may be asked, is it possible for bacteria
to get into the milk in large numbers? To answer
that question it will be necessary to describe the pro-
cess of milking the cow, and the transportation of the
94 THE COMMON SENSE OF THE MILK QUESTION
milk to the consumer^ somewhat in detail. Let us,
then, take an imaginary journey to a typical cow
stable, watch the milking operation as it is carried on
there, and then follow the milk along some part at
least of its journey. It is late afternoon in the early
siunmer and Farmer Jackson's cows are driven across
the yard into an open shed to be milked. There is
dirt upon the hind quarters of some of the cows,
thick, hard cakes of dirt matted in the hair, while all
the animals are very dusty. We observe that the
yard also is very dirty and pervaded by a strong odor
of manure. In the middle there is a big heap of
cow dung and straw from the stables, upon which
fowls are scratching and over which flies are swarming.
Many more flies are buzzing around the cows as they
stand in the shed, and tails are going in a constant
swishing motion, whisking them off. It is not a very
clean sight, this typical farmyard !
Presently, along comes Bill, the farmer's man, pail
in either hand, to milk the cows. He is a slow-moving
fellow, is Bill, bronzed by his outdoor life, strong as an
ox, and just as stolid and indifferent to all the world
outside as the ox is. As he comes out of the farm
kitchen, he lingers on the step a moment and rinses
one of the pails with hot water, which he then pours
into the other pdl, rinsing it in the same way. He
throws the water away and comes down the yard and
stops a moment at the well, not far from which is a
^
FILTH AS infants' FOOD 95
stagnant pool containing a liberal infusion of manure.
Very deliberately he draws up a pail of water from the
well and rinses out his milk pails once more, this time
to cool them. Now Bill comes to the shed : if you ask
him whether the pails are clean he will tell you that
they are. Most assuredly they are, for did you not
see him wash the pails, first with hot water and then
with cold? How could you expect poor Bill, who
doesn't know a bacterium from an elephant, to know
that his pails are not really clean ; that in the angles and
spaces where they are seamed — for you note that
the pails are very badly made — there are thousands,
probably millions, of bacteria?
Bill's clothes are dirty, it is true, but you cannot
doubt that Bill himself is an imusually clean sort of a
person. Did you not see that when he rinsed his pails
with the cold water he was careful also to rinse his
hands in the water before throwing it out? True,
he wiped his hands upon the sides of the legs of his
trousers, just as he later wiped his nose with the back
of his hand, but, like chewing tobacco, w)iich Bill
also does while he works, these are just habits which
concern Bill and Bill only. When he has properly
and comfortably seated himself upon a milking stool
which is filthy, saturated with dirt and teeming with
bacteria. Bill moistens his hands with spittle and be-
gins milking. In the case of the first cow, you observe
that he lets the first "draw" go to waste upon the
96 THE COMMON SENSE OF THE MILK QUESTION
ground, but later, when he comes to the other cows,
he does not pursue the same course. It would be
interesting to know just why he did it in the case of the
first cow; perhaps only because that is the custom,
for it is not to be supposed that Bill knows that there
are hundreds and thousands of bacteria secreted in
the teats since the last milking, and that these should
be "milked out" before any of the milk should be
allowed to enter the pail. Bill is not a bacteriologist,
as we have already observed.
Bill does not know that the cows ought to have been
very thoroughly brushed; that the udders and teats
ought to have been carefully washed, as well as the
tails, in some good antiseptic wash; that his own
hands ought to have been similarly treated and the
dirt removed from imder the finger nails; that the
pails ought to have been differently made in the first
place and that the very best of pails need to be per-
fectly sterilized before the milking, preferably by
steam power. He does not know that as the cows
whisk the flies away from their own bodies with their
tails they are filling the milk with bacteria and dirt
which drop from their own hairs and his clothes; that
the flies are busy carrying bacteria from the manure
heap into the milk ; that the shed is not a fit place for
milking cows in. Bill has been milking cows for up-
wards of thirty years and he never heard that there
was any necessity for putting on a nice clean suit to
FILTH AS infants' FOOD 97
mak cows in, or to clean his finger nails and wash his
hands in water containmg boracic acid or some other
disinfectant. Should you tell him these things, he
would only think you were tiying to be funny at his
expense — unless he suspected that you were crazy.
If a fly goes into the milk, or if the cow should
whisk a lump of dung into it. Bill is quick to dip his
fingers in and take it out, if he observes it. And if
he does not observe it, everjrthing will be all right,
for, you know, the milk will be beautifully strained
through the nickel-plated strainer which Farmer
Jackson bought at the Dairy Show for the purpose,
and of which he is extremely proud. If you are cu-
rious enough later on, you can see for yourself the
round ball of dung and hair which will be cleaned out
of the milk. Yes, these strainers are wonderful in-
ventions; they 'Hake out all the dirt and make the
milk perfectly clean" !
Because Bill doesn't know anjrthing about bacteria
and their manner of increasing, every step he takes is
an aid to their work and their rapid multiplication.
His first pail filled, he places it aside, uncovered,
and begins to fill another. Nobody ever told him that
there were such things as bacteria in the air, little
plants similar in many ways to the mushrooms that
spring up in a night, and that these little plants are
often very deadly to human beings. And, since no-
body ever told him, he is not to blame for not knowing
98 THE COBfMON SENSE OF THE MILK QUESTION
that when the milk comes from the cow, at a tempera-
ture of 100 degrees Fahrenheit, it is admirably suited
to the incubation of these bacteria, that in such a tem-
perature they will multiply very rapidly, one bacterium
producing as many as three thousand others in less
than six hours.^* If he knew these things, and knew
that to reduce the temperature of the milk would hold
the bacteria in check, that at a very low temperature
they increase very slowly, or not at all," he would
have done his best and taken the full pail out of the
dust and, in the absence of ice, placed it to stand in a
tub of cold water from the well. But he does not
know. And the ignorance of such as Bill is a very big
factor in the milk problem.
IV
If any reader thinks this is an exaggerated descrip-
tion of an ordinary farmyard, or of milking as it is
commonly carried on, I have only to say that it is a
very literal account of an actual case which I know
to be far from exceptional. An interesting experiment
may be tried by any reader. Let him go out into the
country and closely observe conditions for himself,
checking the various points in the above sketch accord-
ing to his observations. He will find many farms
to which my fanciful sketch will not apply, but he will
find many more of which it is a moderate and re-
strained description. I know that the inspectors
FILTH AS infants' FOOD 99
connected with the health boards of all our large cities
will bear me out when I say that such conditions as I
have described are by no means unusual : they are the
rule, almost, rather than the exception.
Here, for example, is a terse description of a dairy,
published by the Bureau of Animal Industry of the
United States Department of Agriculture : —
"The herd consists of forty native cows, fed com
meal and brewers' grains. The stable is poor and
very dirty, and the cows are filthy and packed closely
together. A pile of manure as high as the window
surrounds the stable and the yard is correspondingly
faulty. Two hundred and forty quarts of milk are
produced daily. It is carried to the house, nearly a
quarter of a mile away, and cooled in a tank of ice-
water, being at 50® to 60® when sold. The well is
near the house and less than one hundred feet from a
privy vault. This water supplies the stock and all
other purposes." "
Conditions such as these are not peculiar to this
country, but are more or less common throughout
the civilized world, wherever cows are kept. Dr.
Leslie Mackenzie only states the truth very forcibly
when he says : —
"To watch the milking of cows is to watch a process
of unscientific inoculation of a pure, or almost pure,
medium with unknown quantities of unspecified germs.
Everywhere throughout the whole process of milking
100 THE COMMON SENSE OF THE MILK QUESTION
the perishing, superbly nutrient liquid receives its
repeated sowings of germinal and non-germinal dirt
. . . and this in good dairies. What must it be
where the cows are never groomed and the udders are
never washed, where the byres are never even approxi-
mately cleaned, where ventilators are never opened,
where the pigs are a few feet away, where cobwebs are
ancient and heavy, where hands are only by accident
washed, where heads are only occasionally cleaned,
where spittings are not infrequent, where the milker
may be a chance comer from some filthy place, where,
in a word, the various dirts of the civilized human are
at every hand reenf orced by the inevitable dirts of the
domesticated cow?" *•
The British Medical Journal employed a com-
missioner to investigate the conditions under which
the milk supply of a number of the large British
cities is produced, and the following is quoted from
the report of one dairy: —
"The operation of milking was in full swing, three
dirty-looking bo3rs being hidden away behind their
respective cows. ... I looked about for pails of
water, soap, towels, or ans^thing which might give
the lie to the filthy state of the cows' udders and
the milkers' hands, but in vain. The clothes which
the boys wore were equally dirty, and the stalls . . .
were several inches deep in manure and foul-smelling
straw. . . . The hind quarters of the cows were
FILTH AS infants' FOOD 101
coated with filth. ... I was horrified to see the
filthy state of the milk as it flowed out of his pail.
It was discolored with grit, hairs, and manure. ' Look
at that,' I said, pointing to a specially large bit of
manure. I regretted my zeal, for Tom dipped his
whole hand into the pail, and, as he brought it out
said, ' Oh, that ain't nothing; it's only off the cow M"®
The English Local Government Board issued, in
1904, a report on the sanitary conditions of cow sheds
and dairies in Ireland, which enumerated very similar
evils to those described above.** It may be taken
for granted that the great majority of milk producers,
dealers, and retailers know so little as to amount to
practically nothing at all of the nature of milk and
the extremely grave perils which result from its
careless and improper handling. And yet, as Dr.
F. Lawson Dodd has pointed out," such knowledge
is essential to the public safety. In some of the
states the plumber has to pass an examination and
obtain a certificate before he is allowed to pursue
his callmg, it being realized that ignorance on the
part of a plumber may endanger many lives. Doubt-
less this is a wise provision, a safeguard few persons
of intelligence would desire to remove; but what of
the dangers to which we are exposed when the
dair3anan and the milk vendor are ignorant? That
these are far greater and more numerous is certain,
but I know of no state which requires that a milk
102 THE CX)MMON SENSE OF THE MILK QUESTION
producer or a milk vendor must be similarly
qualified.
I know that I have visited hundreds of farms
where just such unsanitary conditions and careless-
ness in the handling of milk as described above were
observed, and if further testimony upon the point
should be necessary, I need only refer the reader to
the various reports upon the milk supply of American
cities issued by the Department of Agriculture,
which, despite official reticence and conservatism,
tell the same story of inadequate equipment and
gross ignorance and inefficiency. I shall not forget
one instance which came under my observation,
because the circumstances were such as to illustrate
in a very vivid manner the extent of popular igno-
rance of hygiene in relation to the production of milk.
Visiting a friend who had acquired a coimtry place
within seventy-five miles of New York City, I found
him exulting in the fact that now, owning his own
cows, he was sure of a supply of pure milk for his
baby. He was so proud of his new stable and the
three cows he had purchased that I was somewhat
anxious to inspect them. I discovered that the
tuberculin test had not been applied to the cows to
ascertain whether they were free from tuberculosis.
Later, at my suggestion, this was done and two of
the three cows were found to be affected. The
new stable of which my friend was so proud was
FILTH AS INFANTS^ FOOD 103
about as unfit a place for cows to be kept in as hu-
man perversity could have devised. It was low, ill-
ventilated, and poorly lighted ; the food storage was
at one end, quite exposed to all the odors of the
place; there was no drainage except a very shallow
wooden gutter, and the floor being of wood such
a thing as flushing was next to impossible. That
the floor must be absorbent and soon saturated
with filth that could not be cleansed was altogether
too plainly evident. I watched the milking of the
cows by a very dirty laborer who had only a few
minutes before been wheeling a barrow, and observed
that neither did he wash his own hands nor the cows'
udders. Yet my friend had moved into the country,
built a stable, and bought cows at considerable ex-
pense, just to be certain that his baby would be
getting pure milk and spared the perils which city
babies are exposed to, and was all the time getting
milk that was infected as well as dirty.
Later, when we discussed the matter, and the
owner of the cows realized for the first time how
many shortcomings there were in his stable, and how
many more in the hired man who had charge of the
cows, he undertook to have the changes made in the
stable which were necessary to make it as hygienic
as those belonging to some of the best model dairies.
But on the labor side he hardly dared hope for im-
provement. "I can get the stable made over,"
104 THE COMMON SENSE OF THE MILK QUESTION
he said, "but I cannot get Joe made over." Joe
was the hired man, reputed to be the best milker
and stableman for many miles around, and other
farmers in the neighborhood would be very glad to
get him if they could, at quite high wages. As for
getting a laborer who could milk cows and who would
take all the precautions necessary to insure the purity
of the milk, understanding why the precautions were
taken, such good fortime could not be hoped for.
Why, it would take a college graduate to be a milk-
man! And truly, the difficulty of getting efficient
and intelligent labor at any price which the farmer
can ever hope to pay is an important aspect of the
problem.
But let us return to the milk which we saw our
friend Bill draw from Farmer Jackson's cows.
Two miles from the farm is the little Erie railway
station, upon the platform of which the cans of milk
stand, without anything to keep them cool, waiting
for the milk train. Then, when the "milk special"
comes along, they are loaded into close, stuffy re-
frigerators, very inadequately supplied with ice, and
taken to the city. And during all this time the
bacteria multiply as only bacteria can.
For, as we have already observed, there is no fear
of race suicide among the bacteria that grow in milk.
' • • *
FILTH AS infants' FOOD 105
They multiply in a manner which makes the Mal-
thusian fonnula of geometrical increase look ridicu-
lously like failure to maintain the population. We
are all more or less familiar with those interesting
speculations which at one time played such an im-
portant part in the discussion of the so-called Mal-
thusian law of population, concerning the number of
descendants of a pair of pigeons or a pair of guinea
pigs which would exist in the course of a given number
of years if nothing interfered to check the increase ;
but I venture to say that the progeny of the most
prolific animals ever used as terrifying Maltiuisia^
arguments would not, in fifty years, equal the num-
ber of bacteria produced in milk by a single bacterium
in as many hours. If there was nothing to interfere^
a single bacterium would produce, in twenty-four
hours, seventeen million others 1^ While this prolific
rate of increase is probably never actually maintained,
the normal increase of bacterial population in milk
having a high temperature is so astounding that it
defies the mathematical intelligence of an ordinary
mind. A cubic centimeter, or about fifteen drops,
as much as a quarter of a teaspoonful, will often
contain many millions of bacteria.
It will be understood from this that when the milk
in which we are interested at this moment reaches
New York its bacterial content is very high. If we
could take a sample as soon as it reaches the city,
106 THE COMMON SENSE OF THE MILK QUESTION
we should probably find that it contained at least
five million bacteria for each cubic centimeter, or
quarter-teaspoonf ul I When the milk was drawn
from the cow it was contaminated in the process, and
further contamination has occurred at every step
since. What was, in the cow's udder, a sterile and
pure liquid, through human carelessness and ignorance
is now a polluted, dangerous mixture. But the milk
is not yet at the end of its journey. Before it reaches
the child who is to be nourished by it, there are other
fertile sources of contamination. In the little grocery
store in the tenement district, and then later, in the
foulnamelling mockery of a refrigerator in the baby's
home, millions of new germs will be added to the
milk by addition from without and by natural in-
crease ; by unrestricted immigration and by the nor-
mal excess of births over deaths, so to speak.
In Mrs. Goldstein's little grocery store, on Allen
Street, you can buy almost anything, from a pail
of coal to five cents' worth of cooked meat; from
a package of pins to a pair of shoes for the baby.
The long, dark, stuffy little store is, in its way, as
many-sided as the big department store on Broadway.
Natiu^y, Mrs. Goldstein sells milk, for only the
aristocratic and "stuck up" folks can afford to buy
bottle milk and have it left at the door. Poor folks
must buy their milk at the store. It costs two cents
a quart less, and you don't have to buy a quart if
FILTH AB infants' FOOD 107
a pint will do. And Mrs. Goldstein is so obliging
that, if you only have two cents to spare, you can
buy two cents' worth. The milk is kept in a big can
in the comer of the store, near to where the coal-box
and the barrel of pickles are. Sometimes the cover
is left lying for hours on the little shelf above, when
Mrs. Goldstein is so busy that she forgets to put it
right back. The dipper is usually hanging alongside
of the can, but occasionally one of the Goldstein
children takes it away so that Mrs. Goldstein has to
go all over the place to look for it before you can get
your milk. Of course, millions upon millions of
bacteria can get into milk in a store like this —
not to mention some bigger things I — but then,
Mrs. Goldstein does not know. She never heard about
bacteria in milk or anywhere else. When the milk
is placed in Mrs. Jones's pitcher and handed to her
by Mrs. Goldstein, neither woman kinows that there
are more than a hundred and thirty-three millions
of germs to every fifteen drops,* many times more
than would be found in an equal quantity of sewage
water. Yet such is the case.
Now, Mrs. Jones takes the milk out into the street,
where the air is full of germs, in an open pitcher,
thus making it possible for more bacteria to enter it.
Through the long hallway, up three flights of stairs,
* An actual occurrence. See p. 116.
108 THE COBIMON SENSE OF THE MILK QUESTION
she takes it, more bacteria entering at every step.
Then, being a careful woman, she places it in the
ice-box alongside the tiny bit of ice, which does not
suffice to cool the temperature in the box perceptibly
below that of the kitchen itself. Poor Mrs. Jones I
she has not got a thermometer, and she would not
know its use if she had one. It would not help her
very much, therefore, if you told her that the tem-
perature in her ice-box is very comfortable for most
of the bacteria, being about seventy-five degrees
Fahrenheit.* After a little while the baby cries,
and you are horrified to see the filthy mixture given
to the little one in a bottle. Now you can understand
why Mrs. Jones lost her other two babies and why
this one looks ill. You can understand, too, her
fatalistic resignation to the fact that ''Some folks
alius loses their babies in summer, 'cause they'm
built that way."
VI
All this is, of course, very terrible and exceedingly
painful. But it is by no means the worst that is
* There was an outbreak of dlarrhoeal disease in one of the
New York hospitals, which caused the authorities much worry.
The most careful investigation of the milk supply failed to
show anything wrong, and it was not until, in desperation and
as a last attempt to explain the epidemic, one of the physicians
placed a thermometer in the refrigerator that the cause was
discovered. Although apparently plentifully supplied with ice,
the " refrigerator " had a temperature of over seventy degrees I
FILTH AS infants' FOOD 109
to be said of the milk which goes into thousands,
aye millions, of American homes to be used as a food
for infants, that it is reeking with filth, some of it of
an unmentionable character. Much more terrible
is the fact that much of it is charged with the germs
of the worst diseases that scourge mankind. To
go back to our study of the conditions on Farmer
Jackson's farm for a moment, it was impossible to
tell from their appearance whether the cows were
all healthy or not. What if some of them had
tuberculous udders and milk ducts, so that the milk
inevitably contained the tubercle bacilli in large
numbers? Or what if the cows had been wading
through water polluted by typhoid germs, or if there
were typhoid germs in the water Bill used to rinse
the milk pails, and some of these remained in the
pails to infect the milk and to multiply therein?
These things happen sometimes, you know. And
what if Bill's clothing or his person should have in-
fected the milk with the germs of diphtheria, or scarlet
fever, brought by accident from the bedside where
his little daughter tossed and moaned all the night
before 7 You cannot blame Bill for nursing his little
girl, nor yet for being ignorant of the fact that he
might carry the germs of the disease in his clothing,
to drop later into the milk pail and from thence to
spread the disease like a plague in some far-ofif city.
This is a very black picture, well calculated to
110 THE COMMON SENSE OF THE MILK QUESTION
frighten any but the most callous. And because it
is my purpose not to create sensational effect, not
to draw lurid pictures, but to make a calm appeal
for constructive, remedial work, I would gladly omit
it if I could. But it belongs to the description of
conditions as they are, and I have no right to suppress
it. If the transmission of diseases like tuberculosis,
typhoid, scarlet fever, diphtheria, and others by such
means as I have indicated were rare, so that the
risk could be regarded as practically non-existent ;
if the cases of infection by such means were so few
that they could be ignored, — I would most gladly
have omitted this painful catalogue of terrors. But,
as we shall presently see, such is not by any means
the case. It will be necessary for us to give careful
attention to a body of well-authenticated evidence
which proves that the dangers of milk-borne diseases
are very real and too numerous to be lightly passed
over.
But before we proceed to the consideration of the
part which milk plays in the dissemination of disease,
at the risk of some repetition, I desire to warn the
reader against being frightened into a state of un-
necessary panic by the enormous bacterial content
of milk indicated by some of the figures used in this
discussion. To most lay readers the word " bacteria "
immediately suggests disease, and to permit that
impression to remain would give a wholly false
FILTH AS infants' F00» 111
value to the statistics cited. It is not necessary to
exaggerate the dangers of impure and infected milk.
It must be very evident that only a small propor-
tion of the bacteria in milk can be regarded as actually
dangerous, otherwise there would be enough dqath
in a quart of milk to depopulate the nation. When
it is said that some of the milk sold in our cities and
used for infants' food contains more bacteria than
the worst sewage water, serious as such a statement
is, it must not be interpreted to mean that sewage
water would be better or less dangerous to an infant,
that there is more harm in the milk than in the
sewage water.^ Such an interpretation of the state-
ment is wholly false and misleading. It is not true
that sewage would be less injurious than the milk
that contains such astounding numbers of bacteria,
for there are important differences in the kinds of
bacteria which have to be taken into account. But
the figures do warrant the statement that the milk
contains a large percentage of matter which ought
to have gone into the sewers instead of into the milk
pail. Such milk is as dirty as sewage water, but not
necessarily as dangerous.
Now, while it is true that there are many useful
bacteria upon which we depend for making cheese
and butter, it is a matter of very grave doubt whether
these bacteria are useful in milk when it is used as
milk for food. It is fairly certain, moreover, that
112 THE COMMON 8ENSE OF THE MILE QUESTION
bacteria which are in themselves quite harmless to
man, according to all observations yet made, do,
when they are present in milk in very large numbers,
produce toxic changes which to some extent adversely
V affect the intestines of young children and cause
Wiarrhceal diseases.^ Recognition of this fact has
led to various attempts to draw the danger line in
bacterial content, to fix upon a maximum number
per cubic centimeter of which it can be said: "Be-
yond this number there is danger and death. Milk
with a larger number of bacteria than this standard
sets must not be given to an infant." If it is true
that serious gastro-intestinal troubles are caused
by an excessive percentage of bacteria, even of the
kinds which, in small numbers, are harmless, wliat
standard ought to be adopted?
Upon this point. Professor von Behring has pro-
claimed that milk which contains more than one
thousand bacteria per cubic centimeter is never fit
for infant consumption and should on no account be
given to a baby.* Most authorities agree, however,
that, while Professor von Behring's test represents
a standard of purity that is very attractive as an
ideal, it is not likely to be attained on a large scale
for many years to come — some pessimistically
say that it will never be realized. It is perfectly
true that milk with an even smaller bacterial content
has been obtained in many places, in Rochester,
s s
a J
fh/th as infants' food 113
N.Y., among others.*^ The milk, already referred
to, which was exhibited at the Paris Exposition,
easily came within the limit set by von Behring. It
is certainly possible to attain to the standard set by
the great physician occasionally and experimentally,
and personally I am strongly of the opinion that with
a proper organization of the milk industry upon
scientific lines it could be done as a general thing.
It is one thing, however, to get these results experi-
mentally, under special conditions, and quite another
thing to get them as a matter of common, normal
practice. And, in the present state of the milk
industry, with milk production largely in the hands
of men ignorant of the most elementary principles
of hygienic science, it is not possible to maintain
ansrthing like that standard.
In connection with the Certified Milk Movement,
of which Dr. Chapin and Dr. Coit may be regarded as
the principal exponents, it has been agreed to adopt,
for the present, standards varying from ten thousand
to thirty thousand bacteria per cubic centimeter,
and while that is very far above the limit set by
Professor von Behring, it is generally acknowledged
that either of the two standards named would revolu-
tionize the milk supply of the world if it could be lived
up to. Compare these standards with those that have
been adopted by the few American cities in which
there has been intelligence enough to bring about
114 THE COMMON SENSE OF THE MILK QUESTION
the adoption of bacteriological standards as well as
standards regulating the percentages of fat, and then
compare them with actual conditions in the world's
greatest cities. Such a comparison cannot fail to be
of interest and value.
Boston is exceedingly proud of the fact that it was
a pioneer in this important reform. It has a bacte-
riological standard and reproaches New York for not
having followed its example. That it is to the shame
of New York that it has no bacteriological test, that
it has not advanced beyond the stage where it is ill^al
to water milk or to adulterate^ it with chemicals, but
not illegal to pollute it with dirt or to infect it with
disease germs, so that to sell milk with too little fat
is a crime, while it is not a crime to sell pus and dirt,
I cordially agree. But I am not at all sure that
Boston's standard of ''purity" is not more shameful
still. For Boston is in the position of having, in the
name of cleanliness, indorsed a standard which rep-
resents filth and danger. Boston is satisfied with
milk that contains not more than 500,000 bacteria
per cubic centimeter I In other words, Boston accepts
as sufficiently dean and pure milk containing five
hundred times the amount of germ life which von Behring
believes to be the limit of safety for infants' food, and
mere than fifteen times that accepted by the leaders of
the Certified Milk Movement as a compromise, a step
tovoard better conditions I
FILTH AS infants' FOOD 115
Cambridge and Brockton, both Massachusetts
cities^ have adopted Boston's standard of 500,000
bacteria per cubic centimeter. But Milwaukee does
much better, with a standard of one-half that of
Boston, 250,000 per cubic centimeter. Now, I know
perfectly the arguments which will be adduced in
defence of these standards; that it will be shown
statistically and otherwise that good has resulted
from them, that there has at least been some improve-
ment. But, giving these claims the fullest possible
consideration, and allowing them all due weight,
I cannot resist the conclusion that the harm done by
the adoption of bacteriological standards which do
not represent purity but filth, not safety but danger,
is far greater than the good ; that when a city adopts
such absmxUy high bacteriological standards immense
harm is done by creating an impression in the minds
of the citizens that the goal of purity has been reached,
that the milk supply is safe and pure. For my part,
I would prefer no standard at all rather than a decep-
tive one such as Boston and the other cities named
have adopted. I speak from experience when I say
that the average Bostonian is a much more difiicult
person to interest in the important subject of the
piuity of the milk supply than the New Yorker,
simply because he has been lulled into a false sense
of security by that ''clean milk" standard of 500,000
germs per cubic centimeter*
116 THE COMMON SENSE OF THE MILK QUESTION
The British National Health Society, which has
among its membership many of the leading physicians
of Great Britain, at its meeting held at University
College, London, in December, 1906, under the chair-
manship of Sir Frederick Treves, had presented to
it the report of some investigations made into the
state of the milk supply in some of the chief cities of
the world. The report showed that the best quality
London milk, used by those who can afford the best
that is obtainable in the general market, averaged
3,000,000 bacteria per cubic centimeter; that in
Munich, milk which was tested at the farm soon after
milking and found to contain an average of 200,000
bacteria per cubic centimeter had, when it reached
the retail stores, about 6,000,000 ; that in Amsterdam
the tests showed 2,500,000 soon after milking and
as many as 10,000,000 when tested, ten hours later,
in the retail stores. In Warsaw, milk which at the
farms showed only from 10,000 to 20,000 bacteria per
cubic centimeter had 4,000,000 per cubic centimeter
when purchased in the shops. In New York City,
milk was purchased at one place, a grocery store on
Allen Street, on thirteen successive days, and showed
the awful average of 133,233,000 — one hundred
and thirty-three rniUvms, two hundred and thirty-three
thousand — bacteria per cubic centimeter 1 *• And
all these filthy mixtures were fed to infants, not-
withstanding the opinion of one of the foremost
FILTH AS infants' FOOD 117
authorities in the world that 1000 bacteria per cubic
centimeter marks the limit of safety in considering
cow's milk as a food for infants !
vn
It 13, of course, true that milk containing very few
bacteria may be more dangerous than milk containing
an extraordinarily large number. Among the millions
it is quite possible that there will not be a single
pathogenic germ. On the other hand, among the
bacteria in the milk which contains very few there
may be no harmless ones, practically all being active
pathogenic germs. It is quite conceivable, however
improbable it may be, that a sample of milk might
contain only a single bacterium, and that prove to be
one of the most virulent and deadly kind, such as a
tubercle bacillus ; while, on the other hand, not a single
bacterimn known to be harmful might be found in a
sample of milk with a bacterial coimt running into
the tens of millions. These are all extremely im-
probable happenings and certainly do not describe
any conditions ever recorded in actual experience.
It is also true that many of the worst pathogenic
germs may be taken into the digestive tract without
infecting it in any way, just as we breathe millions
of them sometimes in badly infected air and remain
uninfected. Impaired digestion, lowered vitality,
slight intestinal disturbances, predisposing weakness.
118 THE COimON SENSE OF THE MILK QUESTION
these and many other factors greatly increase the
risks of mfection. It is, however, quite evident that
no matter how much we may be disposed to discount
the risk of infection, there is an element of danger
which it is prudent and wise to avoid if possible.
And it is stiU important that a minimum of bacteria
be insisted upon, first, because large numbers of
bacteria in milk always indicate filth and carelessness
in handling, and, second, because it is reasonable to
suppose that under such conditions the dangers of
infection by disease germs will, as a rule, be greatly
increased. For if a farmer or dairyman is so careless
and ignorant as to let his milk become so contami-
nated, he is not likely to be very particular about the
health of his cows or of those who attend them.'*
The ancient Hebrews, though they knew nothing of
our modern science of bacteriology, were thoroughly
alive to the dangers of impure milk. The elaborate
Rabbinical regulations concerning the manner of its
keeping and use indicate that they had a wider
know4e of imlk hygiene than most modem nations
possess. Permission to drink milk was by the Rabbis
regarded as an exception (hiddtish) to the general
rule which forbade the eating of anjrthing which came
from the living animal. This was, doubtless, due
to a keen recognition of the dietetic value of milk.
It was forbidden to use milk which came from an
animal suffering from any visible malady, a wise
FILTH AS INFANTB' FOOD 119
regulation which anticipated by thousands of years
the findings of modem science. The extreme im-
portance attached to cleanliness may be judged
from the strict regulation which forbade the Jew to
drink milk bought from a non-Jew, unless the milking
process had been carried on, or at least watched, by
a Jew. Milk was one of the seven articles of food
named as being especially liable to receive impurity
by exposure and contamination; and it was one of the
three beverages which, if left over night uncovered,
should not be used, ''because it is possible that a
serpent may have left its venom therein." All these
Rabbinical regulations concerning the use of milk"^
are quite in harmony with the requirements of modem
science, a fact which is in itself a wonderful tribute
to Rabbinical wisdom and to the Jewish people.
CHAPTER V
MILK-BOBNE DISEASES
It is a commonplace of pathological science that
milk often plays an important part in the dissemina-
tion of many of the diseases which assail the human
race. Not only are many of the diarrhceal diseases
which are responsible for such an appalling number
of infant deaths each year due, in many instances,
to impurities in the milk which set up serious dis-
turbances in the digestive tract, but there is also
specific infection from beast to man as well as from
man to man through the medium of the milk of the
beast. Epidemics of scarlet fever, diphtheria, measles,
and typhoid have been traced directly to the milk
supply, and it is now very generally believed that
tuberculosis is spread by the same means.
It is sixty-five years now since Robert M. Hartley,
one of the founders of the New York Association for
Improving the Condition of the Poor, wrote The
Cow and the Dairy, dealing with the relation of impure
and infected milk to the excessive infantile death-rate,
a book which became famous as the text-book of
120
MILK-BORNE DISEASES 121
that long campaign against ''swill milk" which cul-
minated in the enactment of laws against adultera-
tion by the state legislature, in 1864.^ That was
our first great public agitation for pure milk. Hartley
found that the babies of the tenements died at an
astonishing rate, and his soul rebelled against what
he termed the "frightful waste of human material."
He traced the connection between the death-rate of
infants and the conditions in which cows were kept
throughout the state. He found that the cows were
housed in unsanitary stables and fed upon distillery
refuse. He wondered what sort of milk could be
obtained from cows so housed and fed. He found in
one place " in low flat pens over 500 milch cows closely
huddled together, inhuma/nly condemned to subsist
on slops smoking hot from the stills," and wondered
what sort of milk cmia be produced from "this un-
natural, disgustipg^ood." He found that the dis-
tillers " would not risk the lives of their own families
by using the produce of their own dairies," but that
twenty-five thousand babies in the tenements were
fed upon it, nevertheless.*
Hartley at once began an investigation. The death-
rate of babies was high, frightfully so. It had kept
on increasing for a number of years, though foreign
cities reported a decrease in the infantile death-rate.
Was it a mere coincidence that the period of increasing
infantile mortality was coincident with the increase
122 THE COMMON SENSE OF THE MILK QUESTION
of the practice of feeding milch cows upon distil-
lery refuse ? Hartley, with true scientific spirit, had
the milk of the cows fed on distillery grains ana-
lyzed and found that it was lacking in food value, and
then, for twenty-three long years, he waged war upon
the "swill milk,'' succeeding finally, m 1864. The
fight so well begun by Hartley was not maintained,
with the result that to-day, more than forty years after
Hartley's great victory, we are still grappling with the
same problem. And our great need is for Hartleys,
— for men with his courage, his intelligence, his
patience, and his enthusiasm.
u
Of all the diseases which aflSict humanity, tubercu-
losis, suggestively named "The Great White Plague,"
is the most fatal. It has been conservatively es-
timated that each year there are 1,095,000 deaths
from this disease throughout the world, representing
3000 each day, two for every minute.* In the
United States there are, according to Mr. Frederic
L. Ho£fman, actuary of the Prudential Life Insurance
Company, 150,000 deaths annually, at an average
age of thirty-five years. Each of these deaths repre-
sents a loss of thirty-two years, so that the loss of life
measured in time units annually amounts to the start-
ling total of 4,800,000 years. In terms of earning
capacity the loss cannot be set down as less than
MILK-BORNfi DId£Ad£d 123
S240,000,000 annually, from this one disease in the
United States alone/ Tuberculosis kills as many
people, young and old, each year as diphtheria, croup,
whooping-<;ough, scarlatina, measles, and typhoid
fever taken together.' It is, therefore, a social prob-
lem of great magnitude.
During recent years, it is very gratifying to observe,
this problem has been receiving an increasing amount
of earnest attention. Whereas only a few years ago
it was neglected, practically no social effort being
made to combat its ravages, every civilized country
has now its organized movement devoting itself
to the study of the disease, the spread of information
concerning it, and the instruction of people how to
avoid it by adopting proper precautions, and how
the afflicted may be cured, as well as to the support and
increasing efficiency of curative institutions. Par-
ticular attention has been given, both in this country
and in Europe, to the study of the means by which
the tubercle bacilli are distributed; and some of the
principal means, such as reckless spitting, have been
brought within the provisions of the penal codes of
the various nations.
It has long been known that tuberculosis can be
acquired by ingestion as well as by inhalation and
inoculation, but the part played by cow's milk in the
spread of the disease has only recently begun to
receive serious attention. That many persons, old
124 THE COMMON SENSE OF THE MILK QUESTION
and young, have been infected with tubercle bacilli
through the milk of cows suffering from the disease is
one of the best-attested facts in modem pathology,
but the extent to which children are the victims of this
peril is only now being recognized. Jacobi, a con-
servative authority, has long held that feeding chil-
dren upon milk from tuberculous cows is undoubtedly
one of the causes of infection to which close attention
should be given. Professor von Behring • goes very
much further, and says that " the milk fed to infants
is the cAie/* cause of infection." *
It may be that the conservatives are right m re-
garding this opinion of the famous Marburg teacher
as extreme. It is not an unusual thing for a great
teacher who finds the bow bent too much one way
to bend it too much the other in his zeal to set it
straight, — to adopt the phrase in which Malthus made
his notable confession long ago. But, while it may
be true that Professor von Behring makes this mis-
take when he declares that the milk fed to infants is
the "chief" cause of tuberculosis, most of the world's
leading pathologists agree that it is (me of the sources
of infection, and an important one ; and that, as such,
it ought to be given careful attention. The British
Royal Commission appointed to inquire into "The
* Dr. E. F. Brush, one of our best authorities, regards aU
tuberculosis as being of bovine origin. See Human and Bovine
Tuberculosis, by £. F. Brush, M.D., p. 12.
inLK-BOBNE DISEASES 125
Effect of Food derived from Tuberculous Animals
upon Human Health/' consisting of the most eminent
physicians and physiologists in England, together
with one of the foremost veterinarians, after careful
examination of many famous experts, and some of
the most extensive and thorough experiments ever
attempted, unanimously reported, in 1895, that they
believed ''that an appreciable part of the tubercu-
losis that aflfects man is obtained through his food,"
and that ^^No davbt the largest part of the tvbercvlosis
which man obtains through his food is by means of milk
containing tvbercuUms matter.^^ ^
Another British Royal Commission, appointed to
inquire into the subject of '' Controlling the Danger to
Man through the Use as Food of the Meat and Drink
of Tuberculous AnimaLs," reported, in 1898, its unan-
imous agreement with the findings of the former
commission, quoted above/ And the Royal Com-
nussion of 1901, appointed to inquire into the ''Re-
lations of Human and Animal Tuberculosis," dem-
onstrated conclusively that bovine tuberculosis can
be transmitted to human beings, that there is no
essential difference in the tuberculosis which aflSicts
human beings and that which afflicts bovine and other
animals.*
Dr. Jacobi, discussing the dangers of infection from
milk drawn from tuberculous animals,** quotes the
case recorded by Dr. Olivier, of Paris, in which thir-
126 THE COBfMON SENSE OF THE BfILK QUESTION
teen schoolgirls, belonging to a Paris boarding school,
were infected. Six of the girls died. It was found
that in several cases the bowels wei^e first attacked,
and the outbreak was traced to the milk supply,
which came from a cow with a badly affected udder.
He quotes also a case recorded by Johne, a great veter-
inary anatomist, of the death from tuberculosis of a
little girl two and a half years old. She had been fed
upon the milk of a cow which her father, a farmer, had
specially selected on account of the animal's splendid
appearance. Later, it was found that the cow was
tubercular, but not until it was too late, the child
having died."
m
Notwithstanding the mass of such testimony as the
foregoing, which might be almost indefinitely extended
were it necessary, there are still many persons whose
opinions command respectful attention who do not
believe that there is any danger of tubercular infection
through meat or milk which comes from tuberculous
animals. Their theory is that the disease as it is
found in cattle is very different from the disease as it
occurs in human beings, and that it is impossible for
the tubercle bacilli which infects a cow to likewise
infect a human being, and vice versa. This view has
been strenuously championed by no less an authority
than the great Koch himself, to whom the world is
HILK-BORNE DISEASES 127
lastingly indebted for the discovery of the bacillus
tubercuUms. To the splendid fame of Koch the
theory doubtless owes much of the vogue it has en-
joyed for a brief period, untU completely discredited
by numerous conclusive researches and experiments.
Prior to 1896 the transmissibility of the disease
from man to the lower animals and from the lower
animals to man was generally accepted as a fact. The
Wise Preacher of the Bible had observed many centu-
ries ago that, in their pain at least, man and beast are
closely related: ''For that which befalleth sons of
men befalleth beasts ; even one thing befalleth them :
As the one dieth so dieth the other; yea, they have all
one breath, so that a man hath no preeminence above
a beast." * Villemin, the French physician who, in
1865; inoculated various animals with tuberculous
matter from hiunan beings, was led by his exper-
iments to echo, in the name of science, what the
Preacher had proclaimed many generations before
and to say : '' Man shares with cattle the sad privilege
of perpetuating tuberculosis." "
In 1896 Dr. Theobald Smith, of the Bureau of
Animal Industry at Washington, called attention to
the fact that the hiunan and bovine varieties of the
tubercle bacillus have certain very marked character*
istics by which they are easily differentiated.^ The
discovery attracted a good deal of attention at the
* Ecdefllastes.
128 THE COBfMON SENSE OF THE MILK QUESTION
time and led many investigators^ in Europe and this
country; to make experiments and investigations along
the lines indicated by Dr. Smith's work. Few are
the workers in this field of research who have not
given special attention to the diflFerences which char-
acterize the two varieties of tuberculosis, and the
result of their combined efforts may be briefly summed
up as follows : There are certain phjrsical differences
to be noted; the human bacillus being long and slender
and the bovine bacillus thicker and shorter. The
bovine bacillus also stains more evenly in the labora-
tory. The principal difference, however, is not physi-
cal but pathological. While there are some animals
which seem to be equally susceptible to the attacks
of both kind., -nlbly ^ipigs and s*e, -
other animals are almost invariably more susceptible
to the bovine variety than to the human. This
is especially true of monkeys. There seems to be no
case in which an animal has been found more sus-
ceptible to the human tubercle bacillus than to the
bovine, and it is concluded, therefore, that the bovine
bacillus is much more virulent than the human. This
is the opinion of our foremost American investigators,
as well as of the British Royal Commission appointed
to investigate the subject, imder the leadership of Sir
Michael Foster, professor of physiology in Cam-
bridge University."
The discovery made by Dr. Theobald Smith had
MILK-BORNE DISEASES 129
an important and far-reaching influence in many
directions, but in nothing quite so noteworthy as
the effect produced upon Professor Koch. Follow-
ing Smith, Koch developed the comparative study
of the different types of tubercle bacilli, and in 1901,
at the British Congress on Tuberculosis, he made
an announcement which created a great sensation
in medical circles. With sweeping and startling
emphasis, he declared the tuberculosis of man and
the tuberculosis of animals to be different diseases;
that it is impossible to transmit human tubercu-
losis to cattle, and, that, consequently, man need
not fear infection from cattle, either by inhalation or
ingestion through eating tubercular meat or drinking
tubercular milk." It was in consequence of the
sensation produced oy this memorable utterance
that the Royal Commission on the subject was ap-
pointed soon after the Congress closed.
IV ^
The sensation which the sweeping, optimistic
declaration of Professor Koch created will be under-
stood best by those who are familiar with certain
earlier experiments in the inoculation of animals of
different species, made by the same great teacher
and pointing to a radically different conclusion.
Chaveau, in 1868, had taken cattle from the Jura
Mountains, where tuberculosis among cattle seems
130 THE COMMON SENSE OF THE MILK QUESTION
to have been unknown, and inoculated them with
tuberculous material from man, successfully trans-
mitting the disease." Bollinger followed, in 1879,
with similar experiments,^^ and since that time there
have been many workers along the same lines. In
short, there is probably no fact in the whole range
of experimental pathology better attested than the
transmissibility of human tuberculosis to cattle.
Since the publication of Koch's startling theory
there have been numerous instances of this trans-
mission by inoculation, as well as by ingestion.
Cows and many other animals have been fed upon
food' containing human tuberculous matter and
thereby infected with the disease. Dr. Mazyack P.
Ravenel, the well-known bacteriologist of the Penn-
sylvania Live Stock Sanitary Board," Dr. Ger-
man Sims Woodhead and Professor Macfadyean in
England," and the Commission of the Imperial
Sanitary Office of Germany** have all done what
Koch declared to be impossible ; and there are many
others whose names might be given were it necessary
to pile up testimony of this kind.
Not only have these men succeeded in infecting
cattle with human tuberculosis by laboratory methods,
but the same thing has been done accidentally many
times. My friend. Dr. S. A. Knopf, whose work
in combating tuberculosis has placed him in the
very front rank of living authorities upon the sub-
Xn. Ekfect of Raw
TtiBBRCuLous Milk upc
» A GtriMKA Pio
Mr«U!<one«flh.«Li«riiiieuu
conducted by Dr.
w™d-
btxlbr
b. It»jd l-omn.
>(un on lliK Effects .if Food d
Mllkouuktn
from •Doir witb dlHiacd udd«
urp««
bjPrefB
«or Rung, and uhkI lo IpoculnM ■ perf«Oy bttilby Rulnu f*g. A
Inlrm-
pcrltone.
InlBcUon of 1 c
of tb«
R<iIn»plRli.M<l.y.. Bn
K>™ltc gliDdi (-0
(6>. Hv.r
<c), >pd onder m
•Hi well^wked I
brrcle.
Tl»gl.n
d> btblnd tha m
nubrluin ournl .nd iIodk the
left >ld> or lb« •
(.1 w™
ll» lotHirulir.
STealed tubercle
buUU.
-E»p.
fC«n.. Pari III
I,|.. 1»6. MS, m.
MILK-BORNE DISEASES 131
jecty tells of a charitable institution for constimp^
tives where the rules as to expectoration were not
strict, except as applied to the house itself. When
the patients went across the meadows for their daily
walks they were at liberty to expectorate anywhere
they chose. Now the farmer to whom the meadows
belonged had bought five healthy cows which had
been tested with tuberculin. After a little while
it occurred to him to have them retested, when,
to his loss, he found that all five were infected. He
had the animals slaughtered, the stable cleaned and
disinfected, and forbade the patients of the sana-
torium to walk upon his property, with the result
that the disease did not reappear.'^ A very similar
experience is related by Dr. Thomas Darlington,
Health Commissioner of New York City, who was
connected, as visiting physician, with a hospital
where the consumptive patients were permitted to
play quoits in a pasture near the hospital. They
did not use sputum cups at the time, and the result
was the infection of nine out of a herd of ten cows.''
In the same way, fowls have been infected through
eating food offals from consimiptive patients, and
their flesh has, in turn, infected healthy persons
with the disease."
According to all known laws, if it is possible for
cattle and other animals to acquire the disease from
man, it must be possible for man to acquire the
132 THE COMMON SENSE OF THE MILK QUESTION
disease from animals. But, obviously, it is not
practicable to try experiments upon human beings
in the same way as upon dumb animals. There are,
however, many cases on record where human be-
ings have been accidentally inoculated with bovine
tuberculosis, with fatal result. Ravenel testifies**
to having personally observed four such cases, two
of them occurring among assistants in his labora-
tory. He also quotes a case recorded by Troje,
which, it appears, was reported to Koch, who agreed
that there was no flaw in the evidence. It relates
that a young butcher, of good health, with no heredi-
tary taint so far as could be ascertained, wounded
his forearm while working on a tuberculous cow's
carcass and contracted tuberculosis in consequence.^
That human beings can acquire tuberculosis by in-
oculation from bovine sources seems to be a com-
pletely established fact.
Finally, let us consider the possibilities of infec-
tion by ingestion, by eating meat or drinking milk
from tuberculous animals. We know very positively
that healthy cows fed upon food which contains tuber-
culous matter of human origin become infected with
the disease ; ^ and it is reasonable to suppose, in the
absence of conclusive proof to the contrary, that
human beings can be similarly infected by the inges-
tion of bovine tuberculous matter. Such would be
the only warrantable inference, even if we had not
ihlk-borne diseases 133
positive cases on record. But here, again, the posi-
tive evidence is not lacking. The case of Gosse,
the famous physician of Geneva, is well known.
His little daughter was infected by drinking the
milk of a cow upon his own farm and died. With
rare courage, the physician himself conducted a
post-mortem examination and conclusively demon-
strated that the cause of infection was the milk upon
which she had been fed, and which proved to have
come from a cow with tuberculosis of the udder.'^
Dr. George M. Kober tabulates 86 cases of tubercu-
losis, showing the transmission of bovine tubercu-
losis to human beings through milk.'* Added to
these specific cases and those cited elsewhere in the
present chapter, is the fact that the bovine tubercle
bacillus has been found in an active state in the
intestines of yoimg infants, so that the chain of
evidence may be regarded as complete in every
particular.
These facts, and others of a like nature, are well
known to physicians. But to laymen they are,
naturally, not so well known; and since I am ap-
pealing to the lay, rather than the medical, public,
I could not avoid this long and, I fear, somewhat
tedious discussion. It remains only to be added,
by way of emphasis upon the important inference
these facts inevitably suggest, that the conclusive
evidence of the frequent presence of tubercle bacilli
134 THE COMMON BENSE OF THE MILK QUESTION
in cow's milk, and the fact that they are sometimes
fomid in the digestive tract of yoimg infants, point
to a direct connection between the use of cow's milk
as food and the spread of consumption.
V
The seriousness of this danger is apparent, once
the foregoing conclusions are reached. Few persons,
I suppose, outside of a very limited circle of spe-
cialists, have any idea of the prevalence of tuber-
culosis among cattle. Some of the statistics upon
this pomt are terrible in their significance and menace.
It is not necessary for us to make any elaborate
siu^vey of these statistics ; a few figures, taken almost
at random, will probably be quite sufiicient for our
present pmpose. In the state of New Jersey, during
the last ten years, particular attention has been
given to this subject, though it is admitted upon all
hands, even by the farmers themselves, that the
inspection is by no means perfect as yet. The tuber-
culin test is used, except where the condition of the
animal is such as to make that test unnecessary,
and fronj statistics issued by the New Jersey Tuber-
culosis Commission it appears that something like
16 per cent of the cattle examined have been
found to be suflfering from tuberculosis. The fol-
lowing table tells its own story, and needs no
comment : —
MILK-BORNE DISEASES
135
Tablb V
Tbax
NuicBBm OF Oattls
NVlfBSB Gov-
Amouvt paid AB OoXPSHtA-
SzAimisD
miiiniD
TIOK
1895
760
140
9 4,227.46
1896
1^19
159-
4,149.74
1897
865
134
3,299.99
1898
1,483
345
5.093.20
1899
1,415
232
5,363.25
1900
2,338
339
7,385.87
1901
2,512
342
7,260.76
1902
2,500
370
8,123.62
1903
2,450
473
11,435.35
1904
2,099
394
8,663.25
1905
2,783
467
10,518.00
Total
20,309
3,295
975,525.48
Statistics relating to the prevalence of tubercu-
losis in cattle vary considerably^ according to the
system of inspection adopted in various countries
and states and the degree of thoroughness with which
the work is done, as well as to climatic conditions
and other causes. The tuberculin test is by no
means always efficiently employed. Professor Doane '*
foimd in Southern cities that the test was obviously
very poorly applied. He found that in Norfolk,
Va., for instance, less than one per cent of the number
of cows examined were reported to be infected, an
incredibly low percentage under any circumstances,
and all the more incredible when it is remembered
that most of the Norfolk cows had been imported
136 THE COMMON SENSE OF THE MILK QUESTION
from Maryland, where the tuberculin test uniformly
reveals a high percentage of infected cattle. It is
not suggested, therefore, that the figures here given
have any value as showing the comparative distri-
bution of the disease, but merely as establishing the
fact that a very considerable proportion of cattle
are tuberculous. Pearson and Ravenel estimated
that, in 1900, 3 per cent of all the cattle in Penn-
sylvania were tuberculous.'® They added that "The
disease causes more losses than all the other infectious
diseases of farm animals that exist in Pennsylvania
at this time." " There is good reason for believing
that the disease is much more prevalent than would
be indicated by the estimate of these two careful
observers.*
In Saxony, no less than 30 per cent of all cattle
are believed to be infected by this disease." In
Copenhagen, Professor Bang has shown the disease
to be very prevalent, making it a matter of vast
importance in a country so largely dependent upon
dairy farming. Some years ago the percentage of
tuberculous animals in Denmark was estimated at
* Professor Bang pointed out that in large herds of fifty head
of cattle and above as many as 60 per cent were tuberculous.
He goes so far as to say that, in dealing with large herds in
which tuberculosis has existed for many years, it is a waste of
time to test with tuberculin the full-grown animals, as they are
practically all affected. Quoted in The Suppression of Tti6ercu-
losis, by Professor E. von Behring, p. 5.
IfflLK-BOBNE DISEASES 137
about 17 per cent,** or little more than the New
Jersey figures.* That percentage has been very
materially lowered, however, as a result of the strenu-
ous efforts made by the Danish government to stamp
out the disease. In Leipzig, Germany, out of 22,918
cattle over one year old slaughtered in 1895, the
enormous number of 7,619, or more than 33 per cent,
were found to be tuberculous."
These figures are by no means exhaustive, but
they sufi&ciently indicate the prevalence of bovine
tuberculosis to be so great as to warrant the serious
attention which we have given to the subject. The
prevalence of the disease among dairy cattle is no
doubt due mainly to the conditions imder which
the animals are housed during a great part of the
year. Tuberculosis is essentially a house disease,
and the housing of cattle has been of the most unsani-
tary kind, extremely favorable to the propagation
of the disease. Man, then, has brought tuberculosis
to the cow by his careless and ignorant management ;
and if the cow, in turn, spreads the disease among
human beings, it is nothing more nor less than a
* During the ^ear 1906-1907 the New York State Agricul-
tural Department tested 2753 cattle with the tuberculin test,
with the result that 23.81 per cent responded to the test and
were killed. According to Dr. Verenus A. Moore, of the New
York State Veterinary College at Cornell University, no less
than 72 per cent of all the herds in the State are infected and
30 per cent of the milch cows. See Nevo York Times,
Dec. 19, 1907.
138 THE COMMON SENSE OF THE MILK QUESTION
terrible retribution. It is a well-known fact tiiat
the disease is comparatively rare among cattle kept
in the open air, as, for example, in Jersey and Fin-
land." The cattle in both these places are almost
wholly exempt from the disease. That this exemp-
tion is not due to any inbred inmiunity is seen from
the fact that they are just as susceptible as any
others when brought within the area of infection,
and placed under the conditions which prevail where
the disease is common."* As Oliver Wendell Holmes
says: —
" God lent his creatures light and air,
And waters open to the skies ;
Man locks him in a stifling lair
And wonders why his brother dies.''
It is probable, also, that a certain number of cases
are due to the infection of calves by ingestion, through
being fed upon tuberculous milk. At least, the
Royal Commission of 1895 came to that conclusion
and recommended that all milk should be boiled
before being given to calves."^ Finally, it has been
suggested by a writer in the New York Times *^ that
one important factor in the production of tubercu-
losis among dairy cattle is the breeding of young
and immature animals. It is common to permit
early breeding, the average age at first breeding
being from two to two and a half years, whereas it
ought not to be permitted before the cow is fully
MILK-BORNE DISEASES 139
three years old. Several breeders, dairymen, and
veterinarians to whom I have submitted this point
have unanimously concurred in the opinion that
early breeding does, in some degree, contribute to
the spread of tuberculosis among dairy cattle.
VI
It is not believed that there b any very great
danger of infection through drinking the milk of
cows afficted with pulmonary tuberculosis. Pru-
dence and common sense alike suggest the avoidance
of milk coming from animals known to be afflicted
with tuberculosis in any form, but the element of
danger is not very great unless the udders and milk
ducts are affected.*' In many instances experiments
have been tried with a view of ascertaining whether
the milk of cows suffering from pulmonary tuber-
culosis is dangerous, when fed to other healthy ani-
mals. So far as I am aware, none of these experi-
ments have shown the danger to be very great, though
isolated cases of infection have been reported by
various observers, in which cows suffering from pul-
monary tuberculosis only, and free from any disease
of the udders, have given milk that has infected
other healthy animals.
But the danger from the milk of cows affected
with tuberculosis of the udder is very real and grave,
as the experiments of Martin and numerous other
140 THE COliMON SENSE OF THE MILK QUESTION
investigators prove. Reporting to the Royal Com-
mission on the Effect of Food derived from Tuber-
culous Animals on Human Health, Dr. Martin writes :
"The milk of cows with tuberculosis of the udder
possesses a virulence which can only be described
as extraordinary;"** and Dr. Woodhead, confirm-
ing this opinion, shows that butter made from such
milk is equally virulent and dangerous — a fact of
vital significance when it is remembered that milk
that is condemned as unfit for use, as milk, is fre-
quently made into butter.** Where there is infec-
tion of the udder the result b uniformly bad in the
butter and cheese no less than in the milk from which
it is made.
When the staid and conservative British Medical
Journal published an article bearing the sensational
caption, " Pus as a Beverage," ** there were a great
many unfavorable comments. Many persons who had
not read the article felt that the title was too brutal
and alarming. The article referred to a very serious
outbreak of sore throat, often accompanied by ab-
scesses in the neck, at Woking, England. The
Medical (Mcer of Health traced the epidemic to
the milk of a number of cows that were suffering
from inflammation of the udder. Pus from the
diseased udders entered the milk in considerable
quantity, and there was no difficulty in accounting
for the sore throats and abscesses of the imhappy
MILK-BORNE DISEASES 141
victims. " Pus as a Beverage " is not a very attrac-
tive title, but of the terrible truthfulness of the
phrase there can be no doubt.
Wherever there are tuberculous cows such con-
ditions must prevail to a greater or lesser degree.
From a score of American cities I could quote in-
stances of conditions quite as bad as those set forth
in the Woking report. I content myself with a
single illustration of the use of pus as a beverage,
and, it is safe to infer, as a food for little children: —
''In the Department of Health in Buffalo . . .
we have a bacteriological examination of three hun-
dred samples of milk every month. On the 19th
of October (1906) the bacteriological examination
showed streptococci and pus in a sample of milk
sent in from the country. I sent a man out there
the next day and he reported that one of the cows
had a dilation of the udder and that there was
pus in the milk. ... On November 13, another
sample very much the same was reported to me as
containing streptococci and pus. I sent an inspector
in whom I had the greatest confidence to the farm
and he came back with this report: That he found
one cow with one of the teats giving a milk which
was almost transparent, like water; the other three
a milk which to the ocular inspection and to taste
looked and seemed perfect. He, however, brought
tfaM milk in to be examined. The cow^s udder was
142 THE COMMON SENSE OF THE MILK QUESTION
perfectly healthy (sic); there was no sore nor any
ulcer of any kind. The cow was in good flesh, but
yet there was a large amount of pus and streptococci
in this milk. Thai had never been discovered in the
city of Buffalo before this year, becatise we never had
a bacteriological examination of milkf and we have
been drinking (hat hind of milk ever since we have had
milk coming into the city. If that cow vxis tubercular,
if the lacteal ducts contained tuberculosis, people drink-
ing that milk were very likely to be infected wUh tuber-
culosisJ^ *■
This quotation from an address which I was privi-
leged to hear Health Commissioner Greene, of Buffalo,
make at a Milk Conference in the Academy of Medi-
cine, New York, in November, 1906, is a very mild
description of a condition which is widespread and
common, almost beyond belief. Not long ago, I
heard of a wealthy man in New Jersey who kept
several high-grade Holsteins, of which he was very
proud. One of the animals, a particularly fat and
fine-looking cow, was specially selected to provide
the milk for his infant daughter. But when the
tuberculin test was applied, it was found that each
of the cows was affected. The owner could not
believe the report and was only with difficulty per-
suaded to have his favorite cow slaughtered and a
post-mortem examination made. Not only were
there abundant evidences of generalized tubercu-
laLK-BORNE DISEASES 143
losiSy but, to his horror and amazement, more than
a pint of pus was taken from the cow's udder. These
are typical of numerous cases which might be cited
to prove the prevalence of these dangerous condi-
tions.
From the foregoing risumi of the most important
parts of the mass of evidence which has been gath-
ered, the reader will be able to understand the una-
nimity with which investigators have come to regard
milk as one of the most important factors in the
spread of tuberculosis. An imposing list of medi-
cal and other scientific commissions and congresses
which have given official expression to this opinion
might be compiled, but I enumerate only a few of
the most important. They are: The Royal Com-
mission on the Effect of Food derived from Tuber-
culous Animals, 1895; The Royal C!ommission on
Administrative Procedures for controlling Danger
to Man through the Use as Food of the Meat and
Milk of Tuberculous Animals, 1898; The Royal
Conmiission on the Relations of Human and Animal
Tuberculosis, 1906; the International Medical C!on-
gress, Paris, 1907; and the Intematioiud Milk Con-
gress, Brussels, 1907.
vn
So much for the spread of tuberculosis by the
milk of diseased cows. We must not forget, however,
144 THE COMMON SENSE OF THE MILK QUESTION
that even the milk of perfectly healthy cows may
spread the disease when it is contaminated and
infected by human bacilli. Persons attending the
COWS, milking them, or handling the milk at any
stage, may infect it, and so spread the deadly germs.
This is important in view of the fact that very many
tuberculous persons take up farming and dairy work
in the hope that they will be benefited by the open-
air work and the simple, wholesome life which we
associate with fanning. The consiuner should be
protected against the danger of infection by human
tubercle bacilli conveyed in the milk, as well as against
infection by bovine bacilli.
Nor is tuberculosis the only disease that is dissemi-
nated by means of infected milk. There have been
many epidemics of diphtheria, for example, traced to
an infected milk supply.** Whether, as contended
by some English authorities, diphtheria is directly
transmissible from cattle to human beings, or whether
in all cases where the epidemics have been traced to
the milk supply the latter was first infected with
material from some human sufferer, subsequent to
the milking, is a disputed point upon which we need
not dwell. All authorities are agreed as to the fact
of the spread of the disease through the medium of
infected milk. The first positive discovery of this
fact seems to have occurred in 1878, when there was
a severe outbreak of the disease at St. John's Wood,
MILK-BORNB DISEASES 145
England, which was traced beyond the possibility of
reasonable doubt to the milk supply. Over two hun-
dred and fifty persons were attacked, of which num-
ber thirty-eight died.** Since that time numerous
outbreaks of the disease have been traced to infected
milk. While, as stated, the existence of bovine diph-
theria is still a moot question, there can be no doubt
as to the spread of the germs of the disease through
the medium of infected milk. And it has certainly
been shown by epidemics of sore throat, such as that
at Woking already referred to, and many others, that
a very slight disease in the cow may produce a very
severe epidemic of sore throat among the users of
its milk.
Of typhoid epidemics, so many of the worst have
been traced to infected milk that the moment an out-
break of the disease occurs the milk supply is at once
suspected. To-day, as these lines are being written,*
the afternoon paper contains an account of an out-
break of the disease in a neighboring village. The
newspaper report contains the very significant state-
ment by the local health officer that steps are being
taken to see "that all milk cans in which milk is
brought ... are cleaned thoroughly and that no
water which might contain typhoid germs is put into
them." It is a lamentable fact that it always takes
an outbreak of disease, more or less serious, to cause
• November 15, 1907.
146 THE COMMON SENSE OF THE MILK QUESTION
such elementary rules of hygiene to be adopted. Why
should it take an epidemic of tsrphoid to make the
authorities of a city or town see that "milk cans
are cleaned thoroughly and that no water which
might contain tj^hoid germs is put into them''?
Cows do not suffer from typhoid; therefore the
tjrphoid baciUi, which in milk tnililtiply with alarming
rapidity, must enter it from an outside source, after
it is drawn from the cow. They may enter the milk
through the use of infected water to dilute the milk
or to cleanse the utensils ; from some person suffering
from the disease, — an attendant, for example, whose
infection has not been discovered, or one who has
returned to work too soon, — or from some one who
has come in contact with a typhoid patient and borne
some of the germs away upon his clothing or person,
which afterwards accidentally get into the milk.
These are the principal means of infection. An illus-
tration of the ease with which typhoid may be spread
through infected milk was seen in the epidemic of
the disease in Allentown, Penn., during February,
1907. It was shown that a case of typhoid occur-
ring in the home of a milk dealer was concealed, with
the result that cases later occurred in twenty-five
houses at which that dealer delivered milk.^ *
* No attempt has been made to burden these pages with
cases of typhoid and other diseases which have been definitely
traced to the milk supply. The reader who is interested in this
lOLK-BOBNE DISEASES 147
Toward the end of January, 1907, a great epidemic
of scarlet fever and diphtheria swept over the city of
Chicago like a mediseval plague. Altogether, in a
month, more than ten thousand cases of infectious
diseases were reported, including several hundred cases
of diphtheria and more than four thousand cases of
scarlet fever. There were over three himdred deaths.
It was proved that the outbreak was due to infected
milk, which came from two small places in Wisconsin
where there were cases of diphtheria and scarlet fever,
namely. Basset Station and Genoa Junction.'^ The
former is a dairy-farming district where for months
scarlet fever had been prevalent, yet milk was regu-
larly shipped, without warning of any kind, to Evans-
ton and Chicago, with terrible results. The milk, it
is interesting to notice, was shipped by way of Genoa
Junction, where an outbreak of the disease took place,
thirty-two cases being reported out of a total popula-
tion of something like seven hundred. From these
two places the epidemic which assailed Chicago spread
with awful virulence.
In connection with this Chicago epidemic it is
worth noticing that, in the bottling house of one of
phase of the subject wfll find much information in the Report
en the Origin and Prevalence of Typhoid Fever in the District of
Columbia (Hygienic Laboratory, Bulletin No. 35), and the
Beport of a conference on Sanitary MUk Production — Bureau
of Animal Industry, Circular 114. See Appendix 1.
148 THE COMMON SENSE OF THE BfiLK QUESTION
the largest dairy companies in the world, a man was
found working, notwithstanding that he was visibly
suffering from scarlet fever, the characteristic ''rash"
being evident. Milk was also being received by the
same company from two farms in which there were
cases of scarlet fever. Inter alia, in view of the fact
that this great company has been successful largely
on account of the reputation for cleanliness and care
established by its founder more than half a century
ago, and so many are thereby lulled into an altogether
imwarranted feeling of safety, it may be well to men-
tion the fact that, on April 2, 1907, or only two
months after the Chicago epidemic, which ought to
have been a solemn warning to the company, milk
was left at my own house by the agents of this great
concern in which there were thousands of visible
creatures, many of them as large as millet seeds, and
not unlike them in appearance. My wife was pre-
paring to pasteurize the milk for our baby, when, in
the course of gently rocking the bottle to properly
mix the contents, she observed the unusual con-
ditions.
Without opening the bottle, we called for the agent
of the company and showed him the milk. At first
he tried to persuade us that what we saw were "little
bits of slag, blown in the glass," whereupon I opened
the bottle in his presence and, with a probe, moved
many of the creatures, taking one of them out.
MILK-BOBNE DISEASES 149
Later, over the telephone, the local management in-
formed US that nothing to equal it had ever been seen
in the office, and that "somebody would get into
trouble for putting the milk into a foul bottle." But
that, it is needless to add, would be of little benefit
to our baby or ourselves if we had given that poison-
ous, filthy liquid to the little one.*
The responsibility of impure milk for a very large
proportion of infantile diarrhoeal diseases has already
been touched upon in a previous chapter. In bring-
ing to a close this catalogue of the perils attendant
upon the use of cow's milk, and closing this indict-
ment, of which I have barely sketched the evidence,
I desire only to add that epidemics and individual
cases of infection properly traced to the milk supply
constitute only a small part of the awful sum of dis-
ease for which impure and infected milk must be held
responsible. There are, it can scarcely be doubted,
many fatalities which are never recorded against im-
pure and infected milk. Coimtless baby graves might
be marked with the epitaph, "Slain by Foul Milk,"
if we only knew the truth in every case — and had
* I have since seen three samples of bottled milk, supplied
by three dififerent companies, exactly like the one described
above. One of these was shown me by Inspector Burton in
the office of the Health Department, New York City. Mr. Bur-
ton discovered that the creatures were maggots which breed in
decayed food. Their presence in the bottles points to unsani-
tary conditions in the cow bams, to carelessness in cleaning the
bottles, and to bottling the milk near where the feed is kept.
150 THE COMMON SENSE OF THE MILK QUESTION
the courage to express it. How many of the cases
of fatalities from eating "poisoned candy" of which
one reads are in reality due to poisonous milk, will
never be known.* And then, too, as Dr. F. Lawson
Dodd observes, "the evil is by no means all recorded
in the deaths J ^ ^® Among those who barely manage
to survive the milk-borne diseases of infancy and
childhood, there are probably many physically in-
competent to meet the issues of the great life struggle,
— men and women of enfeebled health and dwarfed
phsrsique, whose miserable state is due to the same
subtle and unseen dangers which lurk in the infant's
bottle and the milk can.
I' As an instance of this I note the case of the alleged poison-
ing by means of candy of the children of three families in
Brooklyn, N.Y., in July, 1906, which was due, not to poisonous
candy, but to poisonous and infected milk, according to the in*
vestigation made by Dr. Lederle. See Tk6 Evening Mail, New
York, August, 1906.
CHAPTER VI
A BBIEF SUMBIABY OF THE PROBLEM
In the preceding chapters we have touched upon
many phases of a very complex and difficult problem,
or, to be accurate, of a number of related problems
which in the textiu^ of life are bound together by
intricately woven threads of vital phenomena. Be-
fore we enter upon the quest for a solution and discuss
remedial measm^es, it may be well to make a brief
summary of the evidence, to recapitulate the most
important and significant facts, so that we may de-
cide wisely upon the action that needs to be taken
for the cure of the ills which confront us. It is only
in this spirit that we can hope to succeed, conscious
that
*' Tb thus the spirit of a single mind
Hakes that of multitudes take one direction."
Our concern is with the milk supply as it affects
the public health generally, but more particularly as
it affects the health and lives of the babies who are
wholly, or almost wholly, dependent upon it for food.
161
152 THE COMMON SENSE OF THE MILK QUESTION
Whether the milk which we ourselves drink is clean
or unclean; whether we take into our sj^ems only
nourishment when we drink a glass of milk, or the
germs of virulent diseases which may at any time
find in some weak spot the soil fitted for their para-
sitic existence, so that they blossom in deadly ill-
nesses; whether we drink only a pure, life-giving
beverage or a polluted mess, reeking with the filth of
sewers, — are questions of very great importance. We
wake to a recognition of their terrible significance only
when disease and death ravage our cities, when great
epidemics of tjrphoid or some other milk-borne dis-
ease menace our lives.
But epidemics come and go, and with their going
we are prone to forget that the enemy is ambushed
and always ready to make a new attack. We forget
that it comes silently and swiftly and that ''eternal
vigilance is the price of liberty" in this as in every
other human struggle. During the epidemic which
raged' in Chicago less than a year ago, I talked with
a citizen of that city who was in a perfect rage over
the peril which had come to every door in the city
as a result of the neglect of the milk supply by the
authorities. A few months later, I met the same man
again and spoke of the importance of milk inspection.
But he was not interested as before. Then he was
literally afire with indignation and protest, but on
the second meeting he was apathetic and cool. The
1
A BRIEF 8XTMMART OF THE PROBLEM 153
scourge had passed away, and he was apparently con-
tent to let things take care of themselves^ trusting to
Providence and the Health Board.
Among the babies there is always an appalling
death-rate compared with which the worst epidemics
that assail adults are slight. There is a plague that
is universally endemic and which preys upon the
cradle. It claims more victims than any of our epi-
demics, more than the great medisBval plagues of
which the old chronicles tell in terms we read to-day,
after the lapse of centuries, with blanched cheeks and
throbbing hearts. Sometimes, it Is true, there are
epidemics of infantile diseases, such as that of infant
paral3^is lately so alarmingly prevalent, by which we
are terrified as we see the little funeral processions
in the streets or read the statistics of mortality in the
papers. But we ought not to forget that the epi-
demic diseases which rage during more or less brief
periods separated by long intervals are not nearly so
terrible as those diseases that are always present,
which year after year continue to sweep the babies
from their cradles into graves.
Why is it that we inure ourselves to great plagues
and almost ignore them, while we are alarmed beyond
measure by outbreaks of disease that are relatively
unimportant 1 IS ten babies in any one of our cities
should die in a week from some unusual disease, — if,
for example, there were ten cases of anthrax poison-
154 THE OOHMON SENSE OF THE MILK QUESTION
ing among infants fed upon cow's milk, — there would
be general consternation and alarm. But should a
hundred babies die of diarrhoeal diseases in the same
city the fact would pass almost unnoticed, even though
the hundred deaths could be as surely ascribed to
cow's milk as the ten cases of anthrax. Mr. Nathan
Straus says truly: "When a few cases of cholera find
their way into one of our ports, there is a great out-
burst of public excitement, and money is lavishly
spent to ward off the danger. Yet there is eminent
authority for the statement that there are more
deaths from the preventable diseases of children
occurring each year in any city in this country than
the total number of deaths caused by Asiatic cholera,
in the same city, from the first visitation of Asiatic
cholera to the last " * — that is to say, during a period
of nearly seventy-five years.
It is a well-known fact that in this country, not-
withstanding all our boasted progress, one-third of
all the babies bom die before they reach the age of
five years. Suppose, then, that one could mass all
the infants in the country on a given date in one vast
throng, and then go through the throng selecting
the victims destined to die within the five-year period.
Taking the first and second and setting them aside,
one might say : " You may have your chance to live ;
your chance to run aU the dangers which mock our
civilization. Live long, if you can." And then, tak-
SLAUOHTBR OF [« CONS II ORE
BABIES W C/ryij||||y|.j||m,u|f
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r —'« toycoaii.atllot>MHt
WAR IN ENGLAND
ON MILK TRUST
ti
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EPIDEMIC OF
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IN RAW MILK !i!'Jr'iJ^St
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Or. Pwi ol Itapia IMt«i4at«^ gl fiwww
XIV. A Study in Hsadlinbs
A BRIEF SUMMARY OF THE PROBLEM 155
ing the third child, one might brand it; setting upon
its brow the mark of death. When all the children
had thus been sorted out; and one-third of them aU
gathered into a multitude of branded victims, each
wearing the death symbol, would there be a single
man or woman in the land with soul unstirred by
grief? Would there be a human heart that did not
throb with the agony and shame of the carnage ?
And yet; in a less dramatic fashion, that very thing
b happening every year. One-third of all the babies
are taken by death before they reach the age of five
— and the nation hardly heeds the fact. Why?
Apparently because the dramatic element is lacking.
There are no stage effects. There is no great holiday
devoted to a slaughter of the innocents; the babies
are not massed in one great throng, but scattered over
the land, lying in a hundred thousand cradles or play-
ing in tens of thousands of homes ; there is no brand
upon their brows to mark them off from other babies.
Of course, there is less that is dramatic when babies,
instead of being set aside and branded with a death-
mark, just pine and die in their tenement homes.
But they die, nevertheless; and I cannot think of our
frightful infantile death-rate as being anything less
than terribly; shamefully wrong; every citizen shar-
ing in the crime and shame who does not work for
better conditions.
It is not merely that one-third of the babies die
156 THE COMMON SENSE OF THE MILK QUESTION
before they reach the age of five years. That is bad
enough, but it does not reveal all the awful truth.
The death toU is not so evenly and impartially ex-
acted, from rich and poor alike, as it would be if the
babies were massed and every third baby chosen for
the fatal branding. There would be in that case a
splendid, inflexible justice and the tears of the rich
and proud would mingle with the tears of the poor
and humble in a gi-eat democracy of grief and bitter
acknowledgment of the supremacy of death. "The
gods always throw the dice impartially," declared
Sophocles, the profound thinker who raised the Greek
drama to its highest intellectual level, and modem
science is coming more and more to that view. The
gods are impartial. Ninety per cent of all the babies
born into the world are, at the time of their birth,
fairly healthy and well nourished. When they come
into the world, the babies of the rich are in their
physical inheritance no richer than are the babies
of the poor.' Hereditary diseases, like syphilis and
alcoholism, are fairly equally spread over all classes.
But, unlike the gods, man is partial and, to use the
simile of Sophocles, plays unfairly with loaded dice.
So there are vast diiTerences in the death-rates of the
babies. There are streets in all the great cities of
the world where instead of one-third, one-half of the
babies bom perish during the first five years, or even
during the first year; there are courts, alleys, and
A BRIEF SUMMARY OF THE PROBLEM 157
tenements where the infantile death-rate is higher
stiU."
n
In. another place * I have suggested that at least
30 per cent of the infantile death-rate in the United
States might be prevented; that out of every hun-
dred deaths occurring during the first five years of
life at least thirty are due to socially preventable
causes. This means that as a nation we permit some-
thing like 95,000 babies to die annually. I say we
"permit" them to die, to express very deliberately
the thought that is in my mind, that the deaths of
those 95,000 babies each year ought to be set down
as due to murder permitted by society.
Terrible as I know the figures to be, nothing is
more certain than the fact that the estimate is a very
modest one. Most physicians who have carefully
studied the matter would, I think, agree that it could
be said conservatively enough that 50 per cent of the
infantile death-rate represents a needless sacrifice of
precious human material. And that would raise the
nimiber of victims whose tiny graves bear witness to
our social shame and crime to m4>re than 158,000 ! It
has been estimated by French authorities that three-
fourths of the infantile deaths in that country might
be prevented ; that in five years France lost 220,000
*In 7^ Bitter Cry <^ the Children, eh. i.
158 THE COMMON SENSE OF THE MILK QUESTION
lives, equal to the loss of an army corps of 45,000
annually, through ignorance and neglect/ Suppose
that we knew that so many infants were actually
murdered in France during that time ; should we re-
gard the French people as being civilized ? Or should
we be regarded as civilized if we slew, with knives and
axes, 95,000, or the larger total, 158,000, babies a
year? And yet, why should we not face the truth
that it is not necessary to use knives or axes in order
to do murder — that it is just as easy to murder
babies with artificial foods that are poisons, or with
milk that is reeking with germs and filth, as with any
other weapons — just as easy and just as wrong?
That impure and infected milk is one of the chief
factors in the causation of excessive infantile mor-
tality is not questioned, so far as I am aware, by a
single living authority. Whether we take Russia
with its terrible death-rate of 272 per thousand* of
infants under one year old, Austria with its 227 per
thousand,* or New Zealand with its 82 per thousand,^
it is universally admitted that the frightful mortality
among bottle-fed babies as compared with breast
nurslings is due largely to diarrhoeal diseases caused
by dirty and contaminated milk, or to other diseases
caused by the ingestion of pathogenic bacilli con-
tained in milk drawn from mfected cows or handled
by infected persons. And the fact of a univer-
sally declining birth-rate adds to the gravity with
A BRIEF SUMMARY OF THE PROBLEM 150
which a needlessly high death-rate must be re-
garded.
That infantile mortality would be greatly reduced
if all babies were breast-fed is certain. Wherever
the relation of infant feeding to infant mortality has
been investigated, it has been demonstrated that the
baby fed at its mother's breast has a better grip on life,
a much better chance to survive, than the baby fed
upon cow's milk or any other substitute for its natural
food. Such investigations have been made in many
cities, especially with reference to deaths from diar-
rhoea! diseases, and uniformly point to the conclusion
that maternal breast milk is the safest, as it is also the
most natural, food for a baby. And when some great
event has occurred in any large city to liberate many
mothers from industrial pursuits, so that they might
nurse their babies as Nature intended, the death-rate
of infants has been enormously reduced. That was
what happened in Paris, in 1871, during the great
siege, when the infant death-rate was decreased by
40 per cent.' That was what happened, too, during
the great strike in the cotton mills of Preston, Eng-
land, in 1853, and during the great Lancashire "cot-
ton famine" caused by our own CSvil War.* To some
extent it happens whenever a strike occurs in which a
large number of women are engaged for a considerable
period. And where private philanthropy or public
funds have been devoted to the encouragement of
160 THE COMMON SENSE OF THE BULK QUESTION
breast-feeding the results have been very gratifying.
Those who have read, or seen a performance of,
Ibsen's play, The Master Builder, will remember
that one of the most touching moments is when Hal-
vard Solness, the master builder, tells that elfin-like
creature, Hilda Wangel, the story of the calamity
which wrecked his wife's life and made her the pa-
thetic wraith of a woman she is. He laments that his
wife has lost her vocation ; for she, too, was a builder.
Her vocation was to build up the souls and bodies of
little children, and that vocation she has lost. In all
the tragedy which enters into this problem of infantile
mortality, nothing seems quite as terrible as the
lost vocation of motherhood — the fact that so many
mothers who ought to be the builders of the souls
and bodies of little children, inspirers and nourishers
of the race, are giddy human moths flitting around
the flame of social pleasure, at one end of society, or
industrial slaves, at the other end, bound to wheels.
That the education of a woman who refuses to nurse
her baby has been radically defective is obvious, what-
ever the remedy may be. And it is not less obvious,
I think, that there is something radically defective
in a social system that takes a mother away from the
most important service she can possibly render to the
state, and makes her care for a machine in a factory;
denies her the opportunity to pursue with wisdom and
love her vocation as a builder of divine temples of
XV. BArTKRIA 1!
■8 on Hemtr Str«i, ■ crowded
« sbowB the nlatlrs puritT of
Id SUty-«UUi Slreel,
A BRIEF SUMMARY OF THE PROBLEM 161
perfect manhood and womanhood, and compels her
to be a drudge m an office, a mere adjunct of a machine,
a maker of paper bags in a sweatshop, or a charwoman.
Whenever we become sufficiently civilized to properly
evaluate human life, to regard the matter of dividends
as being of infinitely less consequence than the mat-
ter of infant mortality, our present attitude toward
motherhood will be a hideous memory of days that
we shall not fail to pronounce barbaric.
But it seems to be a well-established fact that, in
addition to the mothers who will not nurse their
babies, preferring to purchase pleasure at the cost of
the little infant lives, and to the mothers who cannot
nurse their babies because they are needed in the
industrial world to furnish ''cheap" labor, — which is,
from a social viewpoint, very costly labor, — there are
many who cannot nurse their babies because the lac-
teal function itself is atrophied in them. They are
physically unable to be mothers in the full sense of the
word "motherhood." And thus it is that artificial
infant feeding becomes more and more common,
and the importance of securing a proper substitute
for mother's milk is constantly increasing.
m
Startling figures, terrible in their impressive elo-
quence, condemn the patent foods which fiood the
market, tempting the mother who is unable for any
162 THE COBIMON SENSE OF THE MILK QUESTION
reason to nurse her baby. Professor Rotch is well
within the truth when he says that these foods are
'' kept in the market by the physician rather than the
manufacturer. The latter is only doing what any
capitalist interested in a business venture would do.
The former, it seems to me, is, perhaps uninten-
tionally, aiding the business ventures' of others at
the expense of his own reputation as a scientist/' ^^
There is absolutely no necessity to-day for the use
of a single one of the infant foods which are so exten-
sively advertised. They are practically all inferior
to the best grades of condensed milk — and equally
as harmful as the worst grades. Personally, I wish
that it were possible to enlist the women of America
in a great crusade against these '^ foods" to the extent
of boycotting the physician advising their use and
every newspaper and magazine publishing advertise-
ments of them.
For the milk of the mother the best substitute is
the milk of some animal, such as the goat or the cow,
modified to resemble the hmnan milk as closely as
possible. Of the two animals the goat is in many
respects superior, but for various reasons it is not
generally used as a milk provider, and the cow is
practically the only animal so used in this and many
other countries. Superior though the goat may be,
it is extremely improbable that it will assume the place
of the cow as the wet-nurse of the American baby at
A BRIEF SUMMARY OF THE PROBLEM 163
any time which may be regarded as belonging to a near
future. And since we are not here concerned with the
milk supply of a far-off future, but with that of the
living present, our problem resolves itself into one of
getting the best result from cow's milk and of over-
coming its limitations and disadvantages as a substi-
tute for the milk of the human mother* To that end
we need both science and
" Good flense, which only is the gift of Heaven,
And though no science, fairly worth the seven. "
Science lays an unerring finger upon the disadvan-
tages of cow's milk. It watches the infant human
stomach at work trying to digest what was intended
for an infant of a very different species, and a flood of
light is shed upon some of the most difficult aspects
of the problem of substitute feeding. By means
which in other ages would have been called miraculous,
science reveals the secret of each drop of milk ; and
where the layman, like another Peter Bell, sees only
a drop of milk and nothing more, the man of science
sees a little world teeming with life and wonders as
profound as any in the imiverse. He finds in the air
we breathe myriad living forms which no human eye
unaided can see. He notes the manner in which many
of these infinitesimal creatures enter man's food, and
how some of them carry disease and death wherever
they go. He takes a single drop of milk which is fair
and pleasing to the eye, divides the drop, and spreads
164 THE COMMON SENSE OF THE MILK QUESTION
its parts upon his gelatin plates and then, by the aid
of his microscope, shows that the smallest division of
a drop is full of life, mysterious life in which good and
evil are at war as in all the great universe.
A baby dies and the scientist finds in the little body
sores and lesions which he does not understand until
he has learned by repeated observation that in every
sore and lesion there are numerous little living micro-
organisms, exactly like some of those contained in the
drop of milk, and that there are very similar sores
and lesions in the body of the cow from which the milk
was drawn. Or a number of babies die as a result
of an epidemic of some gastro-intestinal disease for
which there seems to be no explanation, until the
scientist, examining the digestive tract in each little
body, finds in each a number of these micro-organisms,
bacteria of various kinds, which are similar in all
respects to those found in the dirt of the stables where
the cows upon the milk of which the babies were fed
are kept, or to the bacteria that are present in the dirt
found in the babies' homes. Dr. Booker, of Balti-
more," found thirty-three different kinds of bacteria
in the intestines of little victims of that deadly foe
of babyhood which mothers call "summer com-
plaint" and the doctors call "cholera infantum."
This is only one of a great many illustrations tend-
ing to prove that the diarrhoeal diseases which kill
so many babies — half of those that die in the big
A BRIEF SUMMARY OF THE PROBLEM 165
cities — are due to the presence of dirt in the milk.
It is natural that the mothers who swelter in the
tenement homes of our cities during the torrid sum-
mer heat; as they watch their babies pine and wilt like
flowers in parched earth, should think the heat respon-
sible for the suffering and death of their little ones.
But the heat is not the only cause, nor even the most
important cause, of summer diarrhoea, though it
doubtless is a factor. That this is the case can be very
readily seen by comparing the niunber of deaths from
acute diarrhoeal diseases in New York State in the
two years, 1900-1901, in the period from May 1
to November 1, inclusive. The summer of 1901
was exceptionally hot, but the deaths from diarrhoeal
diseases in the state, outside of Greater New York
City, numbered little more than half of the deaths
recorded during the same period, in the same area,
in 1900, when the heat was much less intense. On the
other hand, the nimiber of deaths in Greater New York
and suburbs from the same diseases was very nearly
doubled. The figures were : —
Table VI
Deaths fbom Acute Diarrhceal Dibeabss, Mat 1 to
November 1, Inclusive
1900
1001
Country Districts
Greater New York and Suburbs .
8202
3867
1898
6116
166 THE COMMON SENSE OF .THE MILK QUESTION
It is very evident from such figures as the foregoing
that heat is not the sole cause of summer diarrhoea
among infants. Dr. Chapin suggests that the reason
for the tremendous increase in the number of deaths
from this cause in Greater New York in 1901 was the
presence of an unusual amount of dust and dirt; con-
taminating matter of all kinds, in all parts of the city,
owing to the fact that from one end of the city to the
other streets were torn up, and sewers constantly
being opened, in course of the construction of the sub-
way." The explanation seems to be a good one, but
whatever the reason may be, there is no disputing
the facts. It is likewise indisputable that diarrhoeal
diseases are much more common among bottle-fed
babies than among babies that are breast-fed, and
there have been numerous observations which war-
rant the assertion that such diseases are largely due
to bacterial contamination of the milk upon which
they are fed. Science and good sense both proclaim
the undesirability of filth as a food for infants.
With regard to the transmission of tuberculosis,
tjrphoid fever, scarlet fever, diphtheria, measles, sore
throat, and many other specific diseases of both
human and bovine origin, science has conclusively
shown that numerous perils attend the use of milk
that is drawn from diseased cows or brought into con-
tact with the germs of any disease, either human or
bovine in its origin, no matter whether the method
4
'I
II
^1
* • • •
• •• •
• ••
A BRIEF 8UMMART OF THE PROBLEM 167
of infection is through tubercle bacilli from the cow's
udder, bacilli accidentally carried into healthy cows'
milk in small particles of the droppings of other,
diseased, cows,* or disease germs conveyed to milk
from the clothing of persons handling it, or in infected
water. Whatever the method of infection, the danger
is very real. We know, as surely as we know any-
thing in the whole range of pathology, that tubercu-
losis, typhoid, scarlet fever, diphtheria, and some other
virulent diseases are spread by means of infected milk.
Science and good sense again unite, proclaiming
that milk that is infected with the germs of disease
18 not a safe food, either for infants or adults. It is
the chief advantage of the man of science over the lay-
man that he has the power, though often only at great
expense, to discover the danger. He is thus in a posi-
tion to guard against dangers which to the layman
are invisible.
IV
In this hasty summary of the disadvantages and
perils of cow's milk as a substitute for mother's
breast milk, there is one which we have not touched
upon, and which is too important to be wholly ig-
* Shroeder has shown that if into a pail of milk drawn from
absolutely healthy cows a very small portion of dung from a
tubercular cow is dropped and the milk at once strained, a few
drops of the milk injected into a healthy giiinea-pig wUl sue-
oessfuUy inoculate it with tuberculosis.
168 THE COMMON SENSE OF THE MILK QUESTION
nored. We have noted the difficulties due to the
physiological differences which characterize a human
infant and a calf, and the serious dangers arising from
the susceptibility of milk to contamination^ and from
the ignorance of the most elementary principles of
hygiene on the part of those who have much to do
with its production and distribution. Likewise we
have observed the very great dangers indicated by the
presence in milk of pathogenic germs in large numbers,
and the numerous, well-authenticated instances of
the transmission to human beings of the diseases of
cows in their milk, and the transmission of disease
from one human being to numerous others through
the accidental infection of cow's milk. Finally, to
close our catalogue of difficulties and dangers, we
must add a few words concerning adulteration and
the use of preservatives.
We are all more or less familiar with the ancient
jests at the expense of the dairyman whose most
profitable animal was "the cow with an iron tail,"
and the milk pedier who raised the price of milk
because of an advance in the price of chalk. These
stories express in jests the common notion of the
methods by which milk is adulterated. The addition
of chalk and similar substances is rarely, if ever, re-
sorted to in actual life ; but the addition of water,
removal of a part of the cream, or mixing skimmed
milk with good milk are, on the other hand, forms of
A BRIEF SUMMART OF THE PROBLEM 169
adulteration that are very common. Although most
communities have drastic laws making these practices
illegal, the laws are not always well enforced. Pro-
fessor Doane found that in some of the cities in which
he investigated the conditions of milk production
and distribution these forms of commercial dis-
honesty were very common. The ethical opinion of
the public was at such a low stage of development
that this petty cheating was commonly tolerated.
One dair3rman told a group of his fellow-citizens, some
of whom were his customers, that he always added
water to his milk in common with every Qther man in
the business, the rate of adulteration being one gallon
of water for every four gallons of milk ! "
Now, adulteration of this sort is chiefly objection-
able because the consumer does not get the amount
of food value represented, and, in the case of added
water, there is always the danger that the water itself
is not pure. As Professor Pearson says, " If a dairy-
man is dishonest enough to water his milk, he will
probably not be careful about the purity of the water
added." " In most places the commoner forms of
adulteration are practised to a more or less serious
extent. Even where, as in New York and Ohio,
the authorities are alert and aggressive, punishing all
such offences with impartiality and vigor, there can be
no doubt as to their extensive p^Btice.
The use of preservatives is a form of adulteration
170 THE COMMON SENSE OF THE MILK QUESTION
which may be sharply distinguished from the forms
of petty dishonesty above described. The dairyman
or dealer who adds water to his milk, or mixes skimmed
milk with milk of good quality, is deliberately robbing
his customers. He Lb a petty thief of a very odious
type. But the dairyman or dealer who puts ''pre-
servatives" into his milk is commonly actuated by no
such dishonest motives. It is not because he is
desirous of cheating anybody that he adds chemical
compounds to his milk to keep it from turning sour.
Speaking generally, he desires to please his customers
by supplying a milk that will keep sweet a long time ;
to avoid expensive purchases of ice and the more or
less frequent loss of profits caused by having quan-
tities of milk become sour and unsalable. Fre-
quently he bujrs a preparation which has been seduc-
tively advertised or personally recommended to him,
bearing some such fine name as '' Iceline," " Freezine,"
'' Preservaline," and so on through a long list of com-
pounds, most of which contain chemicals that are
injurious to the digestive organs, especially of infants.
The average milkman does not know that '' Iceline"
and ''Freezine" contain dangerous quantities of that
powerful germicide, formaldehyde; that "Preserva-
line" of one brand contains boracic acid, while other
brands contain salicylic acid, sodium sulphite, ben-
zoic acid, and formaldehyde, the latter varying from
1.99 per cent to 10 per cent in different samples of
A BRIEF SUMMARY OF THE PROBLEM 171
the same brand I ^ He does not know that the sour-
ing of the milk is caused by bacteria most of which
have entered it as a result of unhygienic conditions.
Of course, he may have heard of the requirements of
the Board of Health — better stables, new-fashion
milk pails, white duck suits for milkers, washing cows'
udders and tails, and many other ^'new-fangled
notions'' which he disbelieves in and regards con-
temptuously as fads of the "young doctors." Such
things were never heard of until lately, and people
have used cow's milk for ages I
He really does not know that the use of salicylic
acid grew to be so common in France that the public
health was affected and that a commission appointed
by the government to inquire into the matter re-
ported emphatically that, ''The addition of salicylic
acid or its derivatives, even in the most minute
amounts, to foods, solid or liquid, should not be
authorized." ^* He does not know that the United
States Dispensatory says, "Salicylic acid has been
used for the preservation of various articles of food,
but the employment of it should be interdicted." "
He is quite ignorant of the fact that formaldehyde
has been shown to impair the digestibility of the
casein in milk, causing serious intestinal diseases
in young babies.^' He does not know these things
— and if he did, there is the great economic motive.
Milk so pure and clean that it will not sour for a very
172 THE COMMON SENSE OF THE MILK QUESTION
long time is, for him, an unattainable ideal. He has
not the money to spend on the necessary improve-
ments; he has not the education and knowledge
required. He represents in his person and in his
particular interests the old and outgrown, facing the
coming of a new era, and resisting it with aU his
powers.
You cannot wonder, therefore, that preservatives
are used, despite all laws to the contrary. The
chances of detection are frequently remote, and the
saving is great. Sometimes the dairyman himself
adds '^Iceline," and the wholesale dealer, not know-
ing that fact, adds ''Preservaline"; while, later on,
the retailer, guarding his own interest, adds to the
same milk some "Milk Sweet" or "Freezine." Such
a case is reported by the Department of Agriculture,
discovered as a result of the illness of several children
who drank the "milk." " The use of preservatives
is prohibited by the laws of many states, as well as
by the national food and drugs act, the so-called
Pure Food Law, of June 30, 1906. What the effect
of the last-named law will be remains yet to be seen.
The state laws have not sufficed to put a stop to the
pernicious practice, even in those states where the
greatest activity has been displayed in enforcing
them.
Such then, briefly stated, are the principal dis-
advantages and dangers attendant upon the public
s i
• % •
• ••
'•-••
A BRIEF 8UMMABT OF THE PROBLEM 173
milk supply of the average American city. The
careful reader will have observed that the perils
are practically all hidden ones. It is impossible
to tell from the appearance of milk, or from its taste,
whether it has the deadly germs of tjrphoid in it,
tubercle bacilli, or other pathogenic germs, or whether
it has been "doctored" by the use of dangerous
chemicals. Science alone can reveal the dangers
lurking in the milk can or bottle. The average man
is helpless: to test milk chemically and bacterio-
logicaUy is a long, difficult, and expensive process,
beyond the powers of the layman. A formidable
list of dangers has been compiled by science, and now
comes the questioning of the layman : —
''O Star-eyed Science I hast thou wandered therSi
To waft ufl home the message of despair? "
CHAPTER Vn
REMEDIAL THEORIES AND EXPERIMENTS
In most progressive communities the public water
supply has been brought under public control. The
evolution of the public water supply may, for the
purposes of this discussion^ be divided into three
periods, as follows : (1) The ante-organization period,
with private springs and wells used by individual
families and by groups of families ; (2) first organiza-
tion period, with private companies, operating under
agreements made with public authorities, supply-
ing water from some central source at a given price;
(3) second organization period, in which the service
is undertaken by the public authority in place of the
private company.*
Now, one of the most potent factors in bringing
about the organization of the water supply was the
fact that polluted wells occasioned a great many
serious outbreaks of disease. It was practically
impossible to guarantee the safety and purity of the
water supply under the old system of individual
wells. In like manner the need for a more rigid and
174
REMEDIAL THEORIES AND EXPERIMENTS 175
efifective supervision of the quality of the water
supply has had much to do with the change to mu-
nicipal ownership and control.' Whatever may be
said of the prevailing demand for the municipalization
of certain public monopolies, and whatever charges
may be brought against municipal ownership by its
opponents, retainers of vested interests and others,
it is incontestable that the change to municipal
ownership in the case of the water supply has had
the beneficent result of reducing the dangers of
epidemics from polluted water.
Nor can it be denied that, in this country at least,
private ownership of the water supply is frequently
attended with serious dangers that menace the health
of the communities in which such private ownership
prevaUs. Outbreaks of typhoid are much less com-
mon where the water supply has been for some time
in the hands of the municipalities than where it is
privately owned and controlled. And it is noticeable
that where, under municipal ownership, the death-
rate from t3rphoid is high, it is much easier to get
effective steps taken toward remedying the condition
than in the case of similar conditions existing under
private ownership. The case of Ithaca occurs to
mind as showing the fact that when the water supply
of a city is in private hands and managed for private
profit, many of the most influential citizens, who
would otherwise be found fighting for betterment.
176 THE COMMON SENSE OF THE MILK QUESTION
are invariably on the side of evil. In Ithaca's case
the authorities of a great American university, who
should have been in the very vanguard of the fight
for better conditions, were either actively defending
the private company or indifferent to the public
welfare. If, as a great American physician has said,
" every time there is a death from tjrphoid somebody
ought to be hanged for murder/' it is safe to say that
in Ithaca the application of that drastic rule would
have taken away many of the ''good citizens" and
seriously depleted the ranks of the faculty of the
university in that city."
As Dr. F. Lawson Dodd has said, '' It was epidemics
and not epigrams that caused the municipalization
of the main sources of our water supply," * a remark
as applicable to this country as to England. So far
as the relation of the milk supply to the public health
is concerned, there is no argument which can be used
in support of the municipalization of the water service
which is not equally valid and forcible when used in
favor of municipal milk. The perils involved in the
use of infected or impure milk are, as regards infants,
very much greater than those involved in the use of
polluted water, for the very simple reason that babies
in many cases are wholly dependent upon the milk
supply for food. Moreover, water, so far as is known,
never carries the germs of tuberculosis, while, as we
have seen, milk very commonly does.
BEMEDIAL THEOBIES AND EXPEBIMENTS 177
These considerations have led many very earnest
reformers to advocate the municipalization of the
entire milk supply of our towns and cities. During
the Chicago epidemic there were a great many per-
sons, by no means disposed to call themselves Social-
istS; who supported the demand of The Chicago
Socialist for the mimicipalization of the milk supply,
and agreed that the milk trade should be a social
monopoly.* The London Fabian Society, which,
contrary to current opinion m this country, is a very
conservative organization, officially puts the case
for municipalization more cogently than I have seen
it elsewhere, in the following words: —
''If we want good milk, let' us establish our own
dairy farms in the coimtry and our milk stores in
the city. Many of our large towns have spent
enormous sums of money to provide their citizens
with water; why should they not also provide them
with milk? The arguments in favor of mimicipal
water apply with greater force to municipal milk.
We want municipal dairy farms in the country,
managed by dairy experts, and supervised by medical
officers and veterinary inspectors. We want care-
fully selected, healthy cows to give us milk; and we
want them kept under proper conditions. On our
municipal dairy farms we could see that these con-
ditions were fulfilled. A municipality would have
no interest in adding dirty water to milk to make
f
178 THE COMMON SENSE OF THE MILK QUESTION
two gallons look like three. Milk municipalization
would be a comparatively simple business. No
powerful companies would have to be bought, and no
compensation for loss of license could arise. Milk
production does not require the use of complicated
and costly machinery. The milk trade pays well,
and its concentration would give rise to an increased
economy in working. We should get cheaper as
well as better milk. On the municipal farms we
could insist that the laborers were paid a fair rate of
wages," •
n I
As a matter of pure theory there is no disputing
most of the claims made by the Fabian Society.
That the difficulties are beautifully minimized by
the writer is evident. If the Fabians really be-
lieve the milk business, conducted as it ought to be,
is such a simple one, a time of disillusionment awaits
them. On the contrary, the scientific production
of milk is a very complicated and delicate business,
as any one who has ever closely watched the many
processes, and observed the almost innumerable
precautions, necessary to the production of good
milk, such as is produced on the best experimental
farms, could tell them. Comparativdy speaking,
the distribution of water is a very easy matter.
Doubtless milk ought to be distributed by the muni-
cipality as water frequently is, and for precisely
REBfEDIAL THEORIEB AND EXPERIMENTS 179
similar reasons. Such^ at least, is my personal
conviction. It is idle, however, to expect that any
large municipality in America will be persuaded to
undertake the production and distribution of its
milk supply for a long time to come.
In the first place, the industry itself must first
undergo great changes in the direction of concen-
tration before such a plan will become practicable.
It is a well-established law of economic evolution
that collective ownership and control follows when
the organization of the machmery of production
and distribution has been more or less perfected
under capitalistic ownership and control. There
are exceptions to this, as to every other rule, but
only enough to establish its general validity. Now,
economically, the milk trade is one of the most prim-
itive and undeveloped of all our great industries,
as it is also scientifically the most backward. Milk
prodvctUm has scarcely been touched at all by the
tendency to concentration manifested in so many
other branches of industry. It is an unorganized,
petty industry, carried on by a large number of
small capitalists, many of whom are little better
off than ordinary wage-workers. Skilled labor,
though it has been shown to be absolutely neces-
sary to the realization of good results, has not yet
been introduced into the industry, and, in fact, does
not exist. Mechanical appliances, such as milking
180 THE COMMON SENSE OF THE MILK QUESTION
machines, are as yet in the experimental stage. In
short, the production of pure milk is up to the pres-
ent a laboratory achievement, not an industrial and
commercial result, ripe for collective ownership and
control.
In many of our smaller towns and cities, and in
rural districts, a considerable proportion of the milk
used is a home product, many families keeping cows
for their own service. In such cases, as a general
rule, the conditions under which the milk is produced
are even worse than are common in the commercial
production of milk. Adulteration and the use of
preservatives are, naturally, practically never known
when people own their own cows: but the stables
are often filthy in the extreme ; the animals are not
well cared for, are specially subject to tuberculosis
as a result of being badly housed; the equipment is
often of the poorest kind, and the ignorance of milk
hygiene so great that the contamination of the milk
to an unusual extent seems to be almost inevitable.
Furthermore, there is practically no inspection of
the milk produced in these cases, no check upon the
quality either as regards the content of fat or of pus
and dirt. The most thoroughgoing advocates of the
municipalization of the milk supply would not, pre-
sumably, go so far as to insist upon the suppression
oT this private production for' home consumption, so
that their plan would still leave very seriouis avenues
REMEDIAL THEORIES AND EXPERIMENTS 181
of danger open. True, other means might be taken
to regulate these and so secure proper conditions.
But once that is admitted, it seems to me, from a
hygienic standpoint, there is no reason why similar
methods of control, without ownership, should not
be applied to the whole mdustiy. This is, of course,
the theory of our present system of milk inspection,
which has so signally failed to accomplish the desired
result.
So much for the production of milk. When we
come to examine its distribution, we find that there is
a certain measure of organization and concentration.
Except in very small centres of population, few
dairymen retail the milk produced upon their farms.
For the most part milk is sold to dealers who, in turn,
supply the retail trade. Then there are great dis-
tributing companies, so-called ''milk trusts," some
of them operating upon a national scale, which are
often oppressive to producer and consumer alike.
Many of these concerns have so organized the dis-
tribution that they are receivers, wholesalers, and
retailers. It has been estimated that from 80 to
90 per cent of the milk sold in New York City is
handled by 125 dealers, and the tendency is un-
deniably toward further concentration.^ The busi-
ness of milk distribution is much more nearly ripe
for collectivism than is that of milk production, but
there would, obviously, be very little advantage.
182 THE COMMON SENSE OF THE MILE QUESTION
from a health point of view, in having the municipality
take over the business of supplying milk of doubtful
quality, distributing ever so efficiently impure and
disease-breeding milk.
m
The municipalization of the general milk supply,
for the reasons stated, seems to me a proposition
of little more than academic interest at present.
Eventually, I believe, we shall come to that, but
first of all there must come the concentration of
production, with the inexorable crushing out of the
small and inefficient producers and dealers, — the
creation of conditions which will make municipaliza-
tion practicable.
It does not follow, however, that no part of the
mUk supply should be brought imder municipal
management and control. On the contrary, there
are very urgent and convincing reasons why, in
nearly every city, some parts of the milk supply
should be immediately mimicipalized. So far as the
municipality itself is a consumer of milk it should
aim to supply its own needs. In almost every city
a certain quantity of milk is used in connection with
municipal institutions, such as hospitals, asylums,
sanatoria for consumptives, and so on. The common
practice is for the public authority to contract for
this milk supply, generally by public tender. Practi-
REMEDIAL THEORIES AND EXPERIMENTS 183
cally all such contracts insist upon a certain standard
of composition^ that used by the Department of
Agriculture being frequently adopted. In some cases
there is also a bacteriological standard stipulating
that the milk supplied must not contain more than
a certain maximum of bacteria, the number ranging
from 100,000 to 500,000 per cubic centimeter. There
seems to be no good reason why this should not
become a municipal function.
Why should not every town and city in which there
is need for it have a municipal farm, stocked with
perfectly healthy cattle, and conducted upon scientific
principles throughout, for the supply of all its public
institutions now depending upon a commercial
product of very doubtful purity at best? Indeed,
there is no apparent reason why the municipality
should not supply from its farm those institutions of
a public character not conducted by the city, such
as hospitals, maternities, cricheSf kindergartens, diet
kitchens, and all similar philanthropically conducted
institutions, in which the purity of the milk supply
is a matter of vital importance. Such milk could
and should be supplied at cost.
Now, this is not a theoretical proposition, novel
as it may appear to many American readers, but one
that has been thoroughly tested in actual practice
in several European cities. For example, the city
of Nottingham, England, keeps about a hundred
184 THE COMMON SENSE OF THE MILE QUESTION
milch cows upon its own farm and supplies its hospitals
and asylum; in addition to which it sells milk and
butter to the value of something like $12,500 per
annum." The city of Reading conducts a dairy farm
in connection with its sewage farm,® as also does
the city of Birmingham, which sold in 1903-1904
over sixty thousand gallons of milk, valued at about
$9470.*® These English cities have, it seems to me,
begun at the right end. Instead of attempting the
impossible task of municipalizing all the milk trade,
they have started by supplying their own wants and
selling only the surplus. The result of these ex-
periments has been that, in addition to securing
a safe and wholesome supply for the municipal and
other hospitals and similar institutions, they have
provided private producers with a useful object
lesson, a standard of cleanliness and scientific methods
of the highest value.
No matter how carefully drawn the contracts
which our public institutions make with farmers
and milk dealers may be, nor how honest and com-
petent the system of inspection employed, these
are not sufficient. They have not proved sufficient
either in this country or in Europe. All the processes
involved in the production of the milk used in such
important institutions ought to be under such direct
control and supervision of the sanitary authority
as is impossible, except at a ruinous and needless
REMEDIAL THEORIES AND EXPERIMENTS 185
waste of money, under the present system." The
municipal farms would serve a double purpose, it
must be remembered, not only providing pure and
safe milk for the institutions where milk is largely
used for dietetic purposes, but setting up a standard
which private enterprise would be compelled to emu-
late. It is not difficult to see that a city producing
milk having an exceedingly low bacterial content
would be able to enforce the observance of a bacterio-
logical standard otherwise impossible of realization.
Even if such a farm did not pay, — though there
is no honest reason why it should not if properly
managed, — the influence for good which it exerted
upon the private dairies would probably equal, in
any fairly large city, what could be accomplished by
several inspectors.
rv
That there should be established In every American
city having a population of 25,000 or over municipal
depots for the supply of milk intended especially for
infant consumption is, I believe, one of the most
vitally important lessons which we have to learn from
the many experiments that have been tried in this
country and in Europe. That the infantile death-
rate can be very materially reduced by such means is
unquestionable; and that is only another way of
saying that our cities to-day are directly responsible
186 THE COMMON 8ENSB OF THE MILK QUESTION
for a considerable proportion of the awful yearly
loss of babies — that, to put it plainly, our civic
authorities stand in the position of murderers and
accessories to the murder of thousands of infants every
year.
Infant milk depots have been pretty thoroughly
tested, in this country and in Europe, so that in
advocating their establishment upon a more generous
scale, as a municipal duty, I am not putting forward
a beautiful theory which is likely to prove disap-
pointing in actual practice. Had we nothing to guide
us but the experience of Mr. Nathan Straus, and his
magnificent record of successful life-saving in New
York City by means of his infant milk depots, and
the splendid results obtained in the city of Rochester,
New York, under Dr. Goler's fine leadership, there
would be little or no excuse for the failure of any city
of 25,000 inhabitants or over to establish such depots.*
* Perhaps I ought to explain here that it is not suggested
that such depots are unnecessary in smaller cities and towns.
The milk supply in the small towns is often worse than in the
big cities, and the infantile death-rate ia frequently very high.
But while I am fairly certain that any city of 25,000 inhabit-
ants, or over, should make such provision for its infants' milk
supply, I know that some smaller towns could not successfully
maintain special depots for the supply of milk for infants. In
some cases, too, they can deal with the milk problem as a whole
in a satisfactory manner along other lines which would render
special infants' depots almost, if not quite, superfluous. Per-
haps I need scarcely add that the standard of 25,000 is, neces-
sarily, somewhat arbitrarily chosen, merely to provide a proper
basis for discussion*
S 1
«J
REMEDIAL THEORIES AND EXPERIMENTS 187
Instead of which we have the experience of hundreds
of other cities, in many different lands, to guide and
inspire us.
It is not essential that we should enter into a de-
tailed history of the movement for the establishment
of milk depots for infants. Other writers, notably
Dr. McQeary,^* have done this work with a fair degree
of thoroughness, and, moreover, a very brief outline
will be enough to give the reader a fair idea of the
various types of depots and the principles underljdng
their management. There are many Variations in
these institutions, but in a general way they may be
said to conform to three t3rpes, which may be briefly
described as follows : —
(1) ConstUtations de Naurriasona.^ The first of
these institutions was established in 1890, by Profes-
sor Herrgott, who in that year founded at Nancy
U(EuvTe de la Matemiti, a charitable maternity
hospital. All children bom in this hospital were
required to be brought back for medical examination
at the end of the first month, when, providing satis-
factory progress had been made, the mothers were
rewarded with small sums of money. Some idea of
the scope of the work done by this institution may be
gathered from the fact that in the ten years, 1890-
1900, the amount distributed was 25,382 francs and
the number of maternity cases 2052. Professor
Herrgott's idea was nothing more than to encourage
188 THE COMMON SENSE OF THE MILK QUESTION
as far as he could the very poorest of mothers to make
the best of exceedingly adverse conditions in caring
for their babies.
Two years after the beginning of Herrgott's Nancy
experiment, in 1892, Professor Budin, of the ChariU
Hospital, Paris, started a Carusidtation de Nourris-
sons upon a somewhat more carefully studied plan
in connection with that institution, and this proved
so successful that he has since established others
in connection with the MatemiU Hospital, 1895, and
the Clinique d^ Accouchement Tamier, 1898. As there
are many of these Consultations de Nourrissons in
Europe, usually maintained by pubUc-spirited ac-
couchers and philanthropic societies, all conducted
upon the same broad Unes, though differing in details
of management, a description of those conducted by
Professor Budin will suflBiciently describe them all.
Where they differ in very important particulars from
others, the nature of such diflferences will be pointed
out. The Considtations of Professor Budin are at-
tached to maternity hospitals and limited to the
children born in them. The mothers are admitted
to the maternity institutions free of charge, but they
must agree before entering the institutions that after
their discharge they will bring their babies to the
hospital for examination at least once each week
xmtil the end of the second year. At childbirth the
mothers are carefully examined to see whether they are
REMEDIAL THEORIES AND EXPERIMENTS 189
physically able to nurse their infants, and all the
influence of the medical staff is exerted to persuade
them to do so where it is not clearly a physical im-
possibility. The encouragement of breast-feeding is
the primary purpose of the work.
At birth and during their stay in the hospital prior
to the mothers' discharge, the infants are weighed
and their weights and measurements and general
physical conditions carefully noted and recorded.
Then, after the mothers have been discharged, they
have to bring the babies to the hospital weekly for
further examination, so that week by week the record
of growth is kept and the physician knows exactly
the progress any child is making. The number of
infants who are bottle-fed is relatively small, for the
proportion of mothers who are unable to nurse their
infants at the breast through physical disability is,
in view of other statistics upon the subject, surpris-
ingly small. According to Dr. Maygrier, of the 527
infants cared for at the Cliniqve d^ Accouchement
Tamier during the years 1898-1902, no less than
448 were breast-fed and only 79 bottle-fed. But we
must not forget, in considering these figures, that the
women were all charity patients, coming from the very
poorest classes, among whom the decline in nursing
ability is commonly least marked. Where breast-
feeding is impossible, the Consultations de Nourrissons
supply sterilized milk for the infants in bottles daUy,
190 THE COBiMON SENSE OF THE MILK QUESTION
each bottle containing enough for a single meal and no
more, the quantity depending upon the age, weight,
and physical condition of the child and bemg pre-
scribed by the examining physician. Sometimes,
following the lead of Professor Herrgott's Nancy
experiment, gifts of food or money are made to en-
courage breast-nursing. This description of the work
of the C(msiUtation8 de Naurrisaons established by
Professor Budin in Paris applies to almost all others,
except that in some instances they are not attached
to maternity hospitals, existing as separate institu-
tions, and are free to aU infants, no matter where
born. In some cases, also, the milk given to the
infants that must be bottle-fed is pasteurized instead
of sterilized, and, in a few places, modified.
It will be seen from the foregoing description that
the Consultations de Nourrissons can hardly be clas-
sified as milk depots, except incidentally. Their
primary purpose is to discourage bottle-feeding as
much as possible. Naturally, they do a great deal
in the way of lessening the death-rate among the very
limited number of infants with which they deal.
When one thinks of the careful, devoted, and highly
efficient skill which surrounds them when they are
bom, and then of the expert and conscientious weekly
exammation during the first two years of life, bio-
logically the most important years of all, it is evident
that these pauper infants are in many ways to be
RBHEDIAL THEORIES AND EXPERIMENTS 191
envied, being far better cared for than many infants
of the rich and well-to-do classes.
Nevertheless they are paupers. Interesting as the
Ccnsidtations de Novrrissona are, viewed as an ex-
periment, it is quite obvious that they do not solve the
problem of getting a milk supply for infant feeding
that is safe and pure. They are well-intentioned,
and highly illuminating, efforts made to improve
the lot of the worst-conditioned classes of infants.
Our need in America is not the establishment of such
charities, though it would doubtless be a good thing
if, in connection with well-managed infants' milk
depots, at which people of all classes could buy safe
and wholesome milk for their infants, we had a similar
system of advising mothers and supervismg the health
of their infants.
(2) OouUes de LaH}^ As their name unplies,
the OotUtes de Lait are primarily milk depots. Like
the ConsuUoHons de Naurrissons, they encoiurage
mothers to suckle their offspring wherever that is
possible, and, like them, they exercise a good deal of
supervision over the child during the nursing period.
But they provide principally for the babies who must
be artificially fed, and it is a rare occurrence for a
mother who is able to nurse her baby to take it to the
GauUe de Lait. The first of these institutions was
founded in 1892 by Dr. Variot, in connection with the
Belleville Dispensary, Paris. It was an offshoot, or
192 THE COMMON SENSE OF THE MILK QUESTION
perhaps it would be more correct to say a modifica^
tion, of the Consultation de Nowrrissons which Budin
had established shortly before at the ChariU Hospital.
In 1894 Dr. L^on Dufour established a similar depot
in Fecamp, the first to have an independent existence
of its own, being unconnected with any other institu-
tion. Dr. Dufour named his depot Goutte de Lait,
and the name has been generally adopted throughout
France.
There are to-day GouUes de Lait in over a hundred
French towns and cities. In Belgium they are com-
mon institutions, under the name of Laiterie Mater-
neUes, and in Spain, under the name of the Gota de
LecA«, we find the same mstitution flourishing. Under
various names, there are similar depots in St. Peters-
burg, Odessa, and other Russian cities ; in Roumania,
Bulgaria, Italy, Germany, Switzerland, Denmark,
Holland, Norway, Sweden, Portugal, and England,
among European countries; as well as in Canada,
the United States, Argentina, and Morocco. Some of
these are very small institutions, incapable of mate-
rially affecting the death-rate. It would be quite
impossible to present statistics of the work of these
depots upon anything like a uniform plan, for the
reason that in some cases none have been kept, and the
vital statistics of difi'erent countries are not fairly
comparable in many instances. It is only fair to say,
however, that wherever records have been kept, the
REMEDIAL THEORIES AND EXPERIMENTS 193
infantile death-rate has been lowered in consequence
of the work of the milk depots.
As a rule, the French GouUes de Lait have served
as the models for other countries. They are usually
philanthropic organizations, supported by voluntary
contributions and managed by volunteer committees.
Frequently they are subsidized by the municipalities
in consideration of the economic value of their work,
while in some instances, notably Nantes and Elbeuf,
they have been altogether taken over by the mu-
nicipalities. Three classes of children are served at
most of the Gouttes de Lait : (1) Those whose parents
are too poor to pay anjrthing, for whom milk is pro-
vided free of charge ; (2) those whose parents can pay
some part of the cost, usually one-half; (3) those
whose parents are perfectly able to pay the full price,
and who use the milk supplied by the depots simply
because they recognize its superiority over the com-
mercial product. Often very wealthy persons avail
themselves of this advantage. The proportion in
which the three classes are found among those served
at the GouUes de Lait varies greatly, according to the
localities in which they are situated. In thus cater-
ing to the indigent as well as to those who can
afford to pay, the French system is very much like
that adopted in this country at the Straus depots.
At the Fecamp GoiUte de Lait, which has served as
the model for hundreds of others in all parts of the
194 THS COMMON SENSE OF THE MILK QUESTION
worlds the milk is modified and then sterilized. The
formula used is, one part of water to two parts of
milk, with 15 grammes of centrifugal cream, 35
grammes of lactose, and 1 gramme of salt added t^
each liter of the milk and water mixture. This mix
ture is bottled and then perfectly sterilized, being
kept at a temperature of 102 degrees centigrade for
forty minutes. In some of the GotUtes de Lait, in-^
eluding, I believe, practically all those in Paris and
Havre, the milk is sterilized but not modified ; while
in places like Beauvais and Pol-sur-Mer the milk is
pasteurized and unmodified. Upon the whole, as
noted in an earlier chapter, the French are opposed
to the modification of milk.
Most of the philanthropic infants' milk depots in
this and other countries may be said to belong to the
class of GouUes de Lait here described. The depots
established and maintained in New York City by Mr.
Nathan Straus belong to this class ; so also do those
in Philadelphia, Chicago, Yonkers, N.Y., and some
other cities. The milk is generally pasteurized and
modified, following the leadership of the Straus
depots. While there are some very poorly managed
GouUes de Lait in France and Belgium, I should say
that, speaking generally, the methods of distribution
in those countries are far better than anything we have
in the United States. InsufBcient care is exercised in
distributing the milk in our American charity depots,
REMEDIAL THEORIES AND EXPERIMENTS 199
80 far as I have observed or been able to ascertain.
Anything more incompetent than the management
of some of them it would be impossible to imagine,
and I seriously question the value of the work some
of them are doing.
Elsewhere * I have called attention to the fact that
there is no efficient supervision of the distribution in
connection with some of these charities. I observed
in Yonkers that the modified milk mixture was sold
in drug stores to whoever applied for it. There was
no registration of the children receiving it, some
babies receiving it more or less regularly, others only
occasionally. little children, often not more than
seven or eight years old, sent to the drug stores for
''modified milk," got whatever the person serving
them thought fit to give them. There was nothing to
prevent a three-months-old baby getting a mixture
intended for a year-old baby, or vice versa, and, of
course, no medical supervision of the babies or sys^
tem of advising the mothers. Inquiry showed that
these conditions were not exceptional ; that they were,
on the contrary, pretty general. Even in the work
of the Straus depots, as Mr. Straus perfectly realizes,
there is lack of efficient supervision of the distribution
and of a proper medical system of examining and
watching the progress of the infants. And where the
•In The BiUer Cry qf the ChOdren, pp. 237-288.
196 THE COMMON SENSE OF THE MILK QUESTION
modified milk from the depots is distributed through
the medium of such voluntary agencies as some of the
smaller social settlements and charitable societies,
conditions are worse still. In short,^ there is a good
deal of bungling in connection with the distribution
of modified milk by some small charities and room
for great improvement in connection with the very
best. As a whole, our methods of distribution lack
the efficiency of the French. This is all the more
regrettable as I believe we have a much better supply
to distribute than the French have.
(3) MunidjxU Infants' Milk Depots. These require
no special description. In the French and Belgian
cities where there are municipal depots the only dif-
ferences between them and the depots maintained by
private philanthropy subsidized by public funds is
that their maintenance is a public function and they
are controlled by the municipal authorities. Fre-
quently the volunteer committees are retained to
assist in the distribution of the milk, visiting the homes
of the children, and so on. The difference is one of
fiscal policy mainly. Less hampered by lack of funds
than those dependent on voluntary contributions,
they are sometimes more efficient and generally better
able to meet the demands for service.
BSMEDIAL THEOBIES AND EXPERIMENTS 197
Several English municipalities have established
depots for the supply of infants' milk. The move-
ment began with the city of St. Helens, Lancashire,
which, under the able leadership of the Medical Officer
of Health, Dr. F. Drew Harris, adopted a plan some-
what similar to the GouUes de Lait of Paris, in the
summer of 1899.^^ I was residing at the time in Gla-
morganshu^, and I remember with what interest we
followed the new experiment. Every indication of a
lowering of the infantile death-rate was regarded as
a sure sign of the early triumph over needless infant
mortality, and I recall with what enthusiasm I lec-
tured upon the new movement and secured the adop-
tion of resolutions in its favor. Since that time the
idea of providing a special milk supply for infants
as a part of the business of the municipality has made
rapid progress. After two years' successful experience
at St. Helens had demonstrated that infants' milk
depots were not to be pooh-poohed and scorned, but
must be seriously regarded, the cities of Liverpool,
Ashton-under-Lyne, and Dunkinfield established de-
pots. That was in 1901. The year following Bat-
tersea opened a depot and was followed in 1903 by
Leith and Bradford and in 1904 by Burnley, Glasgow,
and Dundee. This is not a complete list of the mu-
nicipal infants' milk depots in Great Britain, but it
sufficiently indicates the great progress of the idea
198 THE CX>MMON SENSE OF THE MILK QUESTION
and the fact that the cities adopting it are among
the very first in importance.*
In most of these British depots the milk is modified,
or, as they prefer to say in England, "hmnanized."
The milk mixture is sterilized, as a rule, and sold at
something less than the actual cost of production, the
deficit being met out of the municipal funds. Gen-
erally the municipal authority, through its Medical
Officer of Health, or a committee elected for the pur-
pose of controlling the depots, makes a contract with
some farmer for milk of a certain quality in quantities
which must be either increased or decreased within
reasonable limits at very short notice. Ciows have to
be tested with the tuberculin test and the stables
and dairies to be subject to very strict supervision.
The udders and tails of the cows have to be thoroughly
washed, utensils scalded, and the kind of food to be
fed to the cows is prescribed. In most instances,
though there is no rule that I am aware of which
forbids the sale of the milk to whoever asks for it, the
children who get the milk get it as a result of medical
advice." The vast majority of the infants supplied
are sick when they begin to take the milk. This is a
imiversal condition and must be taken into account
when the relation of the milk depots to infantile
* There are several private philanthropies in EIngland which
carry on work very similar to the GouUea de LaU, notably one
at York, led by Mr. Seebohm Rowntree.
REMEDIAL THEORIES AND EXPERIMENTS 199
mortality is considered. In Paris, it is the mother
whose baby does not thrive upon the proprietary
foods or the ordinary cow's milk that seeks the GoiUte
de Lait. In New York CSty such mothers go to the
Straus depots, and in Liverpool or Battersea to the
municipal, depots. As a rule, the children who
manage to get along with ordinary milk are not taken
to the infants' milk depots anywhere.
Most of the British depots have some system of
registration, and the homes of children receiving milk
from them are from time to time visited by lady
visitors, sometimes paid, but often volunteer workers.
The depots are in charge of women, in many cases
trained nurses, and it is their duty to advise the moth-
ers to nurse their babies at the breast if possible and
to keep a record of the children's progress. Natu-
rally, however, they can only make a very superficial
examination of the children, by no means equal to
that customary in connection with the French de-
pots, where there are regular medical examinations.
It is not insisted upon, moreover, that the children
be brought to the depots for regular examination.
This phase of the work is done in a manner that is
far from satisfactory, a fact which is recognized very
clearly by the authorities themselves. There is a
growing desire for the adoption of a system of medical
supervision in connection with the depots, somewhat
similar to that obtaining in France. The more pro-
200 THE COBOfON SENSE OF THE BfILK QUESTION
gressive leaders of the movement, like Dr. McCleary
of Battersea, are also urging the necessity of controlling
the whole process of production as well as the distribu*
tion of the milk^ — regulating and managing every step
taken, from "the cow to the child's bottle." "
In Battersea and some other places the mothers
are provided with cards upon which to record the
changes in the weight of their babies, and they are
urged to bring them to the depots to be weighed at
least once a week. It seems, however, that British
mothers do not as yet take kindly to this idea, and very
few infants are brought to the depots for that pur-
pose. Possibly they could, by means of simple lec-
tures and friendly talks in their homes, be interested
in this and awakened to a realization of its importance ;
or something might be done in the way of stirring
up a healthy local rivalry among mothers, for it is
well known that, once they are started, mothers are
very proud of the gains made from time to time in the
weight of their babies.
So far as I know, there is no municipal infants'
milk depot anywhere which is entirely self-sustaining.
The aim is to supply milk at a very low cost and of a
high standard of excellence. Naturally, there is a
good deal of expense attached to the bottling and clean-
ing of bottles when, as is generally the case, the milk
is put up in small bottles, each holding the proper
amount for a single meal. Wire baskets are supplied
REMEDIAL THEORIES AND EXPERIMENTS 201
for carrying a day's supply, forming quite an item
of expense. Then, too, there are breakages, which
also involve considerable expense. The losses di£fer
greatly, according to the scope of the work, the
amount spent upon visitors' salaries, and the number
of children served, varying from a weekly loss of less
than $1.50 in Leith,^" to a loss of more than $10,000
a year in Liverpool." The deficit in Liverpool seems
very high and has been the subject of much criticism.
It must be understood, however, that the yearly
expenditures are so made up as to include cost of
machinery, alterations of buildings, and other items
usually charged to capital stock, and also that the
Liverpool depot is the largest of its kind in England,
and, I believe, in the world. The average yearly
deficit of the St. Helens depot during the foiu* years
1900-1904 was about $875 and the average number
of children on the books about 240, whereas Liverpool
had in two and a half years 6295 infants on its books
who were supplied from the depot during that time.
It is interesting in connection with this question of
finances to observe that in some cities, notably Brad-
ford and Ashton-under-Lyne, unmodified sterilized
milk for older children is sold in pint bottles at a profit
which helps to reduce the loss on the infants' supply.^*
Bradford also sells milk wholesale to the municipal
hospitals and cream and eggs to the public at the
depot, the profits on which reduce the deficit on the
202 THE COMMON SENSE OF THE MILK QUESTION
infant milk supply.^^ This is, of course, a considerable
step in the direction of municipalization advocated
earlier in the present chapter.
VI
Now let us compare, briefly, the formulas of some
of the more important depots, philanthropic and
municipal, at which sterilized or pasteurized mixtures
are distributed.
In the French Gouttes de Laii, it may be well to
repeat, modification is unusual, the practice being to
give milk of full strength, even to very young babies,
but either to sterilize it, as in Paris and Havre, or to
pasteiuize it, as in Beauvais and Pol-sur-Mer. In
Fecamp, however, modification is practised, the for-
mula being : " —
Water One part
Milk Two parti
with
Centrifugal Cream 16 grammes
Lactose 85 grammes
Salt 1 gramme
to each liter.
This is heated to a temperature of 102^ centigrade,
and kept at that temperature for forty minutes.
In the Straus depots. New York CSty, the following
formulas are chiefly used, all mixtures being pas-
teurized by heating to a temperature of 167° Fahren-
heit, and exposing it to that temperature for twenty
minutes." Formula No. 1 was prepared by Dr.
REMEDIAL THEORIES AND EXPERIMENTS
203
Rowland 6. Freeman and Formula No. 2 by Dr. A.
Jacob!.
Formula No. 1:
Sugar of milk, 12 oonoes
Lime-water, one half -pint
Filtered water up to one gallon
Milk, one gallon
FoBMULA No. 2:
1 gallon milk
1 gallon barley water
8 oonoes white (cane) sogar
} onnoe salt
In the English municipal depots a very different
system of modification is adopted. As will be seen
from the subjoined tables, showing the formulas of
the Liverpool and Battersea depots, they approximate
percentage-feeding, as it is termed in this country. •
Furthermore, in most cases, when requested by medi-
cal men, the usual formula is altered to suit indi-
vidual requirements.**
Table VII. Modified Milk Foricula — Battersea Depot
No. or
AjioiniT
Akoubt
A«s or Child
MODIFXOAflOS
Bonun
PSB
PBS
Dailt
BOTTLS
Day
During Ist fortnight
Milk 1 part» water 2 parts
9
l|oz.
134 oz.
Daring 2d fortnight
Milk 1 part, water 2 parts
9
21 OZ.
224 oz.
Daring 2d month
Milk 1 part, water 2 parts
9
24 OK.
224 oz.
During dd month
Milk 1 part, water 1 part
9
3oz.
27 oz.
Daring 4th month
Milk 1 part, water 1 part
8
4oz.
82 oz.
During 5th month
Milk 2 parts, water 1 part
7
0OZ.
86 oz.
Daring 6th month
Milk 2 parts, water 1 part
7
6oz.
85 oz.
Daring 7th month
Milk Ukmoditued
6
6oz.
86 oz.
Dnring 8th month
Milk Unmodified
6
7oz.
42 oz.
204 THE COMMON SENSE OF THE MILK QUESTION
Cream and sugar are added to the modified milk to
bring the proportion of fat and sugar to about 3.2
and 6 per cent respectively. The dilutions and
amounts given were based upon a leaflet issued by the
Medical Committee of the Great Ormond Street (Lon-
don) Hospital for Sick Children. Since 1904 unmodi-
fied milk has been given to children over six months
of age, and the change has been beneficial.
Having been filled into sterilized bottles^ this mix-
ture is heated to 212^ Fahrenheit, in a sterilizing
chamber, where it is kept for a period of from fifteen
to thirty minutes. The bottles are then taken out
and rapidly cooled. The milk is given out in wire
baskets, each containing a supply for twenty-four
hours, from six to nine bottles. In the winter time
the supply for Sunday is given out on Saturday, but
in the summer time it is prepared on Saturday evening
and given out on Sunday morning. ^
The Liverpool preparation is as follows: —
Table VIU. Modified Milk FoitMULA — Liverpool
MuKiciPAL Depot
AOB
OirxoM or Pvbs
Milk ih 84 Hoitbs
Watbb nr Ouvobb
1-2 weeks
2--8 weeks
2-8 months
8-5 months
6-7 months
Over 7 months
181
20}
80
86
36
181
lOi
IS
12
12
To each gallon of mixture add i oz. cream, 1| oz. sngar, and 1 oz. salt.
REMEDIAL THEORIES AND EXPERIMENTS 205
As in the case of Battersea and most other English
depots, Liverpool sterilizes the mixture sold at the
infants' depot. The mixture is bottled and then ster-
ilized, the temperature of the sterilizer being 210^
Fahrenheit and the exposure from twenty to thirty
minutes.
vn
A municipal infants' milk depot of a very different
kind from either those of England or any of the coun-
tries of Continental Europe is the one in Rochester,
N.Y., which deserves special attention because of the
fact that it has discarded pasteurization and achieved
remarkable results through supplying clean, raw,
modified milk. The fame of Rochester's infant milk
depot * has spread throughout the world, so that to-
day its Health Officer, Dr. George W. Goler, is probably
even better known to the leaders of the medical pro-
fession throughout Europe than in this country."
To imderstand the "Rochester System " of supplying
* Throughout this discuasion I have used the singular noun
for the sake of simplicity. In some cities there is a single de-
pot, i.e., one place where milk is distributed. In other places
there are several. When I speak of the " Liverpool depot/'
the " Rochester depot/' and so on, the reader will please bear
in mind that there are sometimes several depots in some cities;
while in others, as in Rochester, there is a central station, or
depot, with a number of branch distributing stations. I could
not get the number of these branches in every case, — and,
anyhow, the ntunber varies from year to year, — so I judged it
best to use the singular noun with this explanation.
V
206 THE COMMON SENSE OF THE MILK QUESTION
clean, raw, modified milk for infants it is necessary to
know something of the city and the steps by which
the system has been developed. Rochester is a city
of nearly 200,000 inhabitants. There is something
of the freedom and progressiveness of the West about
it, shot through with the conservatism of New Eng-
land. With about five thousand births per annum
there must be at all times nearly twenty thousand
children under five years of age in the city. Its
daily milk supply is drawn from something like seven
hundred farms, all lying within a radius of fifty or sixty
miles. It is distributed by two hundred and twenty-
five retailers, each of whom is licensed and pa}rs an
annual fee of $2. Its milk problem is, therefore,
radically diflFerent from that of our greatest cities,
like New York or Chicago, and is much more typical
of the average American city.
They have no legally established bacteriological
standard for milk in Rochester. It is part of the
Rochester creed that a high bacteriological standard,
say of 500,000 per cubic centimeter, is a good deal
less desirable than none at all. If they had a city
ordinance forbidding the sale of milk containing
more than 100,000 bacteria per cubic centimeter,
it is probable that they could not successfully en-
force it, and the result would be general demorali-
zation. But they have in Rochester a very active
and progressive Milk Commission, established in 1900
Hi
ill
i I
«i
• • • «
• • ,
HBMEDUL THEORIES AND EXPERIMENTS 207
by the Rochester Academy of Medicine, that certi-
fies milk of a specially good grade which, as '' certified
milk," readily sells for a few cents a quart over the
average price paid for city milk. The require-
ments of the Milk Commission are very rigid, and
its certificate is a guarantee to the consumer of : —
(1) Character of stables and feed of cattle, health of
milkers, and care of utensils used.
(2) A negative tuberculin test.
(3) A bacterial standard not greater than 10,000
bacteria per cubic centimeter.
(4) A nutritive value of 12^ per cent solids, of
which 4 per cent must be fats.
The influence of this Ccmunission extends far be-
yond the small proportion of the milk supply which it
certifies as fulfilling these requirements. The Com-
mission has, among other things, created a good deal
of public interest in the milk supply, which has been
of enormous advantage to Dr. Goler and his assistants
in their efforts to get a city milk supply with a bac-
terial count not greater than 10,000 per cubic centi-
meter.
Moral suasion is the force upon which the greatest
reliance is placed. Dr. Goler has wisely recognized
all the conditions resulting from the ignorance of
milk producers and retailers, and set himself to teach
all who are teachable how to produce a better class of
^ilk. In order to do this he has had to show them
208 THE CX)MMON SENSE OF THE MILK QUESTION
the importance of cleanliness in producing and han-
dling milk to the public health, a gigantic task in
which he has been splendidly suded by his assistants.
When moral suasion fails, as it sometimes does, then
resort is made to sterner measures, such as arrests,
fines, and revocation of licenses.
As a backgroimd to the infants' depot, then, we have
in the first place the Milk Commission with its edu-
cational influence, and, secondly, the Health Bureau
with its alert and progressive officials working as
follows : (1) examining four or five thousand samples
of milk annually for nutrient value; (2) making
bacteriological examinations of about one thousand
samples of mUk annually; (3) inspecting dairies and
stables for cleanliness; (4) registering against the
name of each milkman the number of families with
infectious diseases to whom he supplies milk, so that
the danger of the milkman's carrying scarlet fever,
diphtheria, or typhoid fever to his customers may be
minimized; (5) through ordinance and license and
educational means trying to get the milkman to raise
his standards, and when these fail resorting to sterner
measures. It will be seen, therefore, that Rochester
is an exception among cities in the intelligence and
breadth of the measures adopted for the improvement
of its milk supply.
Prior to 1897 the infantile death-rate in Rochester
was, as in most cities, very heavy, notwithstanding
REMEDIAL THE0BIE8 AND EXPERIMENTS 209
the many physical advantages of the city. There was
a system of milk inspection, it is true, but it was wo-
fully inadequate and inefficient, as is customary in
American cities. There were one or two inspectors
with whom sobriety was not a strong point, and they
were known to "borrow" money occasionally from
milkmen. That they should protect the milkmen in
return for these favors was a natural result. From
1888 to 1896 inclusive, a period of nine years, the
number of children under five years of age dying from
all causes was 6629. I put the figures this way, giving
the total number of deaths imder five years of age
from all causes, because it is the Rochester way of
looking at the question. It is part of the Rochester
creed that whenever a child under five years of age
dies from any cause not accidental or violent, the
death may be assumed to have been due, partly at
least, to the dirty and unwholesome character of its
food.
In 1897 Dr. Goler established an infants' milk
depot for the two months, July and August, during
which the tide of infant mortality always rises. The
work began in a very primitive way, and the total
cost to the city was $300. A store was rented in a
very thickly populated district and fitted with running
water, gas stoves, counters, and shelves. Two of the
hospitals of the city each placed a nurse at the dis-
posal of Dr. Goler, and they pasteurized the milk,
210 THE COMMON SEN8B OF THE MILK QUESTION
cooled and bottled it, and sold it at cost to the mothers
who came for it. A little pamphlet, a model of wis-
dom, brevity, and lucidity, entitled "How to take
Care of Babies," was printed in four languages and
freely distributed. We know now in a general way
just how the money was spent. The results are
roughly indicated, but not scientifically measured,
by the statistics which follow.** In order to get
the fairest possible idea of the influence of the infants'
milk depot upon the mortality of infants in the summer
months, I have divided the period from 1888 to 1896
inclusive into three three-year periods and ^ven
the mortality of infants in each of the years for the
months of July and August. Then, for purpose of
comparison I have given sinular figures for the three
years, 1897 to 1899 inclusive, the period during which
the milk sold at the infants' depot was pasteurized.
Tabls IX. Showing Total Deaths of Childben under
6 Tears of Aoe in the Summer Period before and
AFTER THE ESTABLISHMENT OF InFANTS' DePOTS FOR
THE Supply of Pasteurized Milk.
▼VAK
JCTLT DSATBB
August Dbaths
Under 1 Yaftr
lto5Ytwi
Undtf 1 Y«tf
lto5YMn
1888 .. .
1889 . . .
1890 . . .
90
188
88
28
18
18
118
88
94
25
24
18
Totals .
811
64
296
e7=s787
KKMWDTATi THE0BIK8 AND EZPEBOIENTS
211
Tbax
JULT DbAVU
AVGTOT DbATBB
UnOmlYmr
ItoSTMra
UndarlTaw
Ito&Tflus
1881 . . •
1882 . . .
1888 . . .
81
101
88
15
26
16
83
104
85
17
84
18
Totals •
281
67
282 70 = 680
1884. . .
1886. . .
1888 • • •
82
82
108
12
16
18
72
56
68
28
11
17
Totals .
282
46
187 67 = 672
1887 .. .
1888 . • .
1888 . . .
48
47
61
7
11
88
44
47
44
18
10
18
Totals .
141
61
136 41 = 868
The year before the establishment of the infants'
milk depot the total number of children imder five
years of age dying during the months of July and Au-
gust was 202, but the number during the same period
of 1897 was 107. But if we take the average of
July-August deaths for the nine-year period, 1888
to 1896, we find the number of deaths to be consid-
erably higher than in 1896, the number being 222.
Now, whether we compare the 107 deaths recorded in
1897 with the number recorded during the same period
in the year preceding it, or with the average niunber
212 THE COMMON 8SNSE OF THE MILK QUESTION
recorded during the same months in the nine-year
period, the result is to show a remarkable decline.
Perhaps, however, the fairest comparison would be
between the three years, 1897 to 1899 inclusive, and
the three years, 1894 to 1896 inclusive. In the latter
period there were 572 deaths of children under five
years of age recorded in the months of July and Au-
gust, as shown in the preceding table. In the three
years, 1897 to 1899 inclusive, the number of such
deaths was 368, a decrease of over 35 per cent !
It is not contended that the remarkable decrease
of infant mortality indicated by these figures was due
entirely to the distribution of milk from the infants'
depots. It is never possible to completely separate
the factors entering into mortality statistics. Doubt-
less the distribution of simple instructions to mothers
on the care of their babies and the friendly advice
given by the nurses helped a good deal, while the
improvement in the general milk supply of the city
and the intelligent public interest in the subject were
also factors of very great importance. Rochester's
system must be considered as a whole if we would
understand it.
There were a good many wiseacres who thought
that the irreducible minimiun of infant mortality
had been reached, that further progress could not be
expected. I suppose that most men would have been
satisfied with so great an achievement, but not so Dr.
REMEDIAL THEORIES AND £2a»£RIMENT8 213
Goler. While satisfied with the return made for a
ridiculously small sum of money invested, a dividend
in human lives rarely equalled, he would not, could
not, believe that the limit had been reached. An idea
obsessed the mind of this earnest and far-seeing offi-
cial: "Pasteurization is good for dirty milk — dead
disease germs are less harmful than living ones ; but
why have filth in milk at all — why not aim at clean
milk which needs no pasteurization?" That simple
idea of cleanliness has made Rochester famous wher-
ever men and women are seriously trying to grapple
with the problem of keeping the babies alive. It is
the essence of the political economy of saving babies'
lives.
So, in 1900, instead of pasteurized milk for the in-
fants. Dr. Goler tried clean raw milk. A contract was
made with a farmer for all his milk at so much per
quart, upon condition that he would observe all the
hygienic directions of Dr. Goler and his assistants,
which were purposely made as simple as possible, de-
manding a minimum of outlay. A portable labora-
tory, consisting of an old, discarded election booth,
was set up on the selected farm. Outside the house,
under canvas, a sink and running water were set up
for washing the bottles. Then there was a tent for
sterilizing purposes, with sterilizers each containing
two gross of nursing bottles — for here, instead of
sterilizing the milk, they sterilize the bottles and cans.
214 THE COBIMON SENSE OF THE UILK QUESTION
Another tent was provided for the nurse in charge to
sleep in; the entire ''plant" costing between $500 and
$600. Strangely enough, this very simplicity of the
system, which is its strongest feature, is the feature
which I have heard most disparaged; visitors are
frequently disappointed that there is nothing to see
except a shed, some tents, and people trying to be
clean in handling milk.
The result of the experiment was watched with
great interest that first season ; could Dr. Goler main-
tain the low death-rate attained as a result of pas-
teurizing the infants' milk sold at the depots, or was
he gambling with the lives of babies ? Many were the
dire prophecies made concerning this vital matter. I
recall receiving a letter from an interested observer
of the Rochester experiment which dolorously ended
somewhat as follows: " Dr. Goler's decision is unfor-
tunate. Failure is inevitable, and the work of years
will be thrown away. C!ould not something be done
to dissuade him 7 " But, fortunately. Dr. Goler was
not dissuaded. He had counted the cost and pinned
his faith to clean milk as a result of profound study.
His policy was revolutionary, but it was vindicated
when it was shown that, not only had the gains made
during the three preceding years been maintained, but
actually improved upon. I give the figures for the
six years, 1900 to 1905 inclusive, divided into three-
year periods for the purposes of ready comparison.
BEICSDIAL THEORIES AND EXPERIMENTS 215
Table X. SnowiKa Total Deaths of Children undeb
5 Teabs of Age in the Summer Period under Pas-
teurization AND Clean Mils Methods
Tkab
JVLT Dbatsb
AvovtT Dbatbs
Under 1 Tear
1 to STMT*
Under 1 Teer
1 to 6 Teen
1897-1899
141
51
185
41=868
1900
1901
1902
50
87
26
82
15
58
16
12
5
16
11
10
54
88
48
84
48
60
14=184
8= 95
20= 94=228
1908
1904
1905
18=100
6= 75
13=186=811
Totals for
six years
218
70
272
79=684
When it is remembered that these figures give the
total number of deaths, and that the population of
Rochester is an increasing one, the remarkable char-
acter of the statistics becomes evident. During the
period 1894-1896 inclusive, there were 572 deaths,
an exceptionally favorable showing under the old
conditions. During the period 1897-1899 inclusive,
when the milk depots were in operation, supplying
pasteurized milk, there were 368 deaths recorded dur-
ing the same two months for the year; in the period
1900-1902 inclusive, with infants' depots supplying
clean, unpasteurized milk, the number was 223,
a remarkable decline in view of the decline made dur-
216 THE COMMON SENSE OF THE MILK QUESTION
ing the preceding period. During the next three
years, 1903-1905 inclusive, the number was greater,
311, but still appreciably less than in the pasteuriza-
tion period.
Looked at in another way, the figures make an even
more remarkable showing. During the nine years,
1888 to 1896 inclusive, there were 1999 deaths of
children under five years of age in the months of July
and August ; but during the period 1897 to 1905, the
following nine years, distinguished by the work of
the infants' milk depots, the number of deaths in the
same months was only 1000 ! The number of deaths
vxis just half, notwUhsianding that the population had
increased something like twenty per cent! I know of
nothing to equal this record in the history of any city
in the world. And the cost of this great work to the
city has been barely a thousand dollars a year, less
than the salary of a good inspector.
In the manner indicated by our analysis of the
statistics it is possible to obtain an approximate idea
of the extent to which the mortality of infants has
been reduced, but no figures can ever show the gain
to society through the prevention of needless suffer-
ing, or the number of children who have been enabled
to start life fairly, without the handicap of weakened
constitutions, as a result of the work done by the
city in providing them with a safe and wholesome food
at a critical period in their infancy. Nor can the
REMEDIAL THEORIEB AND EXPERIMENTS 217
effect of the work upon the ordinary milk supply of
the city be properly measured. Each year, for edu-
cational reasons, a different farm has been selected, so
that each year one farmer has had practically two
months' personal instruction in milk hygiene. Gradu-
ally the farmers are learning the lesson; learning to
trust the man who pooh-poohed their smart copper
and nickel appliances, their silver-plated centrifugal
machines which gathered balls of dung and hair from
the milk. They are learning that it is better and more
economical to keep their bams and stables clean, to
wash the udders of theu* cows, to see that the milkers
are clean; they are learning that when these things
are done, and all utensils are perfectly sterilized, less
babies die in the city.
vm
There are still some persons who believe that there
is no necessity for the establishment of infants' milk
depots. Their position is that, bad as conditions un-
deniably are, the proper thing to do is to secure a
better general milk supply; that the ordinary milk
supply of any city can be so improved as to do away
with the need of making special provision for infants.
The objection seems plausible enough at first, but I
have yet to learn of any city, either in this country or
abroad, having such a milk supply. There is not in
the world, so far as I know, a single city with a milk
218 THE COMMON SENSE OF THE MILK QUESTION
supply 80 pure as to be a safe food for babies. The
question arises, what is to be done in the meantime;
are we to go on letting the babies needlessly die until
such time as we have perfected our milk supply?
Personally, I do not believe that the yoimgest
reader of these pages will live to see the time when
the ordinary milk supply of any large city will be
satisfactory for infant feeding. With Dr. Brush, I
believe that we need a separate diury for producing
milk fit for infants' food, that we need to separate
the production of milk for infants entirely from the
commercial milk supply.*^ As Dr. Brush has pointed
out, the dairy cow is a tuberculous animal, and as a
rule, the tuberculous cow is a more abundant milk-
giver than the non-tuberculous cow.*' The reason for
this is that we have bred cows solely for dairy pur-
poses, inbreeding to an extent which has weakened
them. One can go into almost any large dairy estab-
lishment when animals are condemned for slaughter
as a result of the application of the tuberculin test,
and discover for himself that the condemned animftlg
are, in many cases, among the best and most abun-
dant milk-givers in the herd. Everjrthing has been
sacrificed to getting an abundance of milk containing
a high percentage of fats and solids at the cheapest
possible rate. Very often the cow that is undesir-
able for ordinary dairy purposes, her milk being of
small quantity and deficient in fats, would make a
* • •
t
BEMEDUL THEORIES AND EXPEBIMSNTS 219
most desirable animal for supplying milk specially
intended for infants.
Further, to get a really satisfactory milk for infant
feeding, we must have what Dr. Roby has called " the
application of surgical principles to the milk busi-
ness.'"* The Certified Milk Movement has shown,
however, that it is practically impossible to get any
considerable number of milk producers to observe
its requirements, and then only at a price which makes
the milk an unattainable luxury for all except the
favored few. They have one or two farmers pro-
ducing such milk for Rochester, but when the best
city milk was sold for six cents a quart, the certified
milk was sold for nine cents a quart. In Newark,
N.J., under the direction of Dr. Coit, they have a
Milk Commission which certifies the milk from one
farm. But when the best grades of bottled milk
were sold in the city for eight cents a quart, the certi-
fied milk brought fifteen cents a quart. Fifteen cents
is the usual price of certified milk in New York City,
but there are some firms that charge twenty cents, as
against eight cents for the best grades of bottled milk
supplied by the ordinary trade. It is not surprising
that the quantity of certified milk sold in any city
should be as ''a drop in a bucket," that out of
1,500,000 quarts of milk consumed in New York
City each day not more than 8000 quarts should be
certified.
220 THE COMMON SENSE OF THE MILK QUESTION
I am firmly of the opinion that it is the duty of the
municipality to undertake the production and distri-
bution of milk specially intended for infant con-
sumption, equal in quality to the very best that can
be produced by private producers, at a price within
the reach of the people, a price which would not be
greater than the average price for ordinary market
milk, so that no child might be exposed to danger as
a result of the abQity of its mother to buy "cheaper"
milk. Whatever deficit might be incurred by this
means would, of course, be a public charge to be met
as ail other such charges are met. Further than this
I do not believe any eleemosjmary features should go.
We do not need infants' milk depots as charitable in-
stitutions, but rather as common, public necessities
to be used by all classes in the community as the
public schools now are. For the indigent, those who
cannot pay anything or only part of the price, some
system should be adopted by means of which all
charged with the relief of poverty could issue orders
for milk, to be paid for by the public department,
charitable organization, or individual issuing the order.
If I appear to lay undue stress upon the opinion that
the infants' milk depot should be a municipal enter-
prise, and not a charity conducted by some voluntary
philanthropic agency, it is because, in the first place,
I believe that, outside of very narrow limits, which I
propose to indicate, such philanthropies are morally
REMEDIAL THEORIES AND EXPERIMENTS 221
indefensible, and detrimental to the development of a
spirit of civic righteousness. Investigation and ex-
periment are very proper spheres for voluntary action
such as that which led to the establishment of hos-
pitals, cricheSf maternities, milk depots, and so on
through a formidable list of social services which have
been assumed by voluntary agencies. It was emi-
nently right and proper for Mr. Straus — to use a
concrete illustration — to establish milk depots for
infants in order to find out whether the excessive in-
fantile mortality could be reduced by such means.
On the other hand, it is decidedly wrong and im-
proper, in my judgment, that the city of New York
should allow the work to remain in the hands of Mr.
Straus, or any other individual or society. Not only
is the work inadequately done and its continuance
dependent upon too slender a thread, but, far more
important, a great city is demoralized to the extent
of shifting its collective responsibility on to other
shoulders than its own. In the case of an individual
we readily enough recognize the demoralization of
this kind of thing, but, for some reason not obvious,
we do not recognize it in the case of a commimity.
Then, also, there are the more immediately prac-
tical objections, that nobody ever has a means of
knowing readily whether the work is adequately or
efficiently done, and that voluntary agencies, as Sir
John Gorst points out *^ as the result of a long and
222 THE COMMON SENSE OF THE BULK QUESTION
intimate experience with them^ become, almost in-
variably, conservative and hostile to progress. There
are several reasons for this. In the first place, it is
perfectly natural for people who have organized them-
selves into an association for doing certain work,
when it is proposed that the work shall be done by
the community as a whole through its constituted
authorities, to say: " That is our work. We are doing
it as well as it can be done. If the public want it
better done, let them support us more liberally."
That is the most humble and the least arrogant posi-
tion they ever take.
The more common position is that the work is
being done and there is no further need. This feeling
is fostered by interested secretaries, directors, collec-
tors, and other officials, who feel, rightly or wrongly,
that they have vested interests to protect against
attack. For example, take the Society for the Pre-
vention of Cruelty to Children and its attitude
toward juvenile probation in this state. I am a
member of the Board of Directors of the Westchester
County S.P.C.C, and, it is superfluous to add, thor-
oughly in sympathy with the aims of the organization.
But everybody knows that the leaders of the society
have consistently opposed the appointment of pro-
bation officers other than its own officials and thwarted
the development of a very important work, partly
from jealousy, and partly also as a result of the agitar
REMEDIAL THEORIES AND EXPERIMENTS 223
tion carried on by interested officials. Infants' milk
depots have passed the experimental stage ; and there
is no good reason why the cities should shirk their
responsibility in this matter and leave the work to
private enterprise to be done well or ill, completely
or incompletely, according to the will or the mental
or physical equipment of those imdertaking it.
IX
There has been so much statistical juggling with
regard to the influence of infants' milk depots upon
the infantile death-rates, alike by friends pleading
their cause and opponents attacking them, that I am
tempted to leave the matter alone, except in so far
as it has been touched upon in preceding pages. I
know of no subject in connection with which figures
have been used with more recklessness than that of
the influence of infants' milk depots upon the mor-
tality of infants. So many factors, which no statis-
tician can properly evaluate, enter into the infant
mortality rate that unless the greatest care is exer-
cised wrong conclusions are almost inevitable. For
example, in a certain city there has been, during a
period of five years say, a marked decline in the
number of infant deaths, and it happens that the
period of decline is coincident with the period during
which an infants' milk depot has been in operation.
It is not unnatural that in such circumstances the
224 THE COMMON 8ENBE OF THE MILK QUESTION
milk depot should be given all, or nearly all, of the
credit for the decline, especially by its enthusiastic
advocates. But the student must move slowly and
take . account of many other matters. What, for
example, were the climatic conditions? Was there
any improvement in the sanitary system ? Were the
streets kept cleaner than formerly? Was there a
general decline throughout a large part of the coun-
try, due to a marked freedom from epidemics ? Was
there any industrial change which enabled more
women to care for their babies? Were there other
agencies beside the depot in operation, such as crichea
and day nurseries, district nursing, children's hos-
pitals, or dbpensaries ? In a word, the student must
take into account all the facts.
Again, figures are sometimes published in connec-
tion with criticisms of infants' milk depots, professing
to give the mortality among children fed upon milk
supplied by the depots and invariably showing a high
rate of mortality. Such figures are quite deceptive,
for the reason that, as stated elsewhere in this chap-
ter, most of the infants brought to the depots are
more or less sick and debilitated already, so that the
mortality rate, like the mortality rate among hospital
and dispensary patients, would naturally be high.
Further, the number of infants receiving milk from
the infants' milk depots in many cities is too small to
have any appreciable effect upon the mortality rates.
HFiMTiDTAL THEORIES ASV SXPERIMENTS 225
Take the French depots, for example. Dr. Peyroux,
a keen critic of the GovUes de Laity has pointed out
that they have not very materially reduced the in-
fantile death-rate, so far as can be ascertained from
the complete mortality returns of some of the cities
where they are established.'^ But it could hardly be
expected that a depot should materially affect the
infant mortality rate of the city, when the number of
children attending it is ridiculously small in propor-
tion to the total infant population. In Paris, for
instance, there is an infantile population of over
40,000, but not more than 800 or 900 are cared for
by the Consuitaiions de Naurrissons and GauUes de
Lait.^ At Grenoble, to cite the case of a smaller city,
the average number of births during the years 1891-
1901 was 1357, but only 72 infants per annum were
fed from the GauUe de Lait.^ That these depots do
prevent a considerable nimiber of infants from dying
is unquestionable, I think, by any person who has
studied them. At the same time, they touch only a
very small proportion of the infantile population.
Professor Budin has compiled statistics to show that
at his Considtation at the Clinique Tamier during
five years the death-rate shown among the children
attending was only 46 per thousand as against 178
per thousand for the whole of Paris.*^ Unfortunately,
the figures are rather inconclusive, for the very vital
reason that the death-rate of 178 per thousand cited
226 THE COMMON 8BNSE OF THE MILK QUESTION
for Paris applies to children under one year^ while
some of the children attended the Consultation up to
two years of age. The Consultati^m, moreover, can-
not be fairly classed with the infants' milk depots.
Turning to the English depots, we are confronted
by the same difficulties. Either too few children are
connected with the depots, statistics are not intelli-
gently kept, or they are open to serious question
owmg to the fact that many factora are unaccounted
for. Some figure^ were published in connection with
the Liverpool and Battersea depots three or four years
ago which will go far to illustrate the latter point.
From 1896 to 1900 inclusive, the average death-rate
per 1000 bu-ths of children under one year old was
188. In 1901 the first Liverpool depot was opened,
and the rate for that year was also 188 per 1000 births.
In 1902 a second depot was opened and the work
greatly extended in its scope. That year the death-
rate of infants was only 163 per 1000 burths, and m
the following year there was another decline, to 151
per 1000 births." Battersea's depot was opened in
1902. Prior to the opening of the infants' milk depot,
the average mortality among infants under one year
old, during the five years immediately preceding, was
161.8 per 1000 births. In 1902, the year of the open-
ing of the depot, the number fell to 136 and the follow-
ing year it again declined to 135 per 1000 births.*"
These figures by themselves would indicate an u&-
BBUEDIAL THEORIES AND EXPERIMENTS 227
qualified success on the part of the mfants' depots,
but, as a matter of fact, while it is believed the depots
helped, climatic conditions were especially favorable
in those years, and there was a general decline in the
infantile death-rate throughout the country, so that
the depots can only be credited with a part of the
decline, a part not to be determined and separately
set out.
Dr. Newman, in the most serious study of the prob-
lems of infantile mortality published during recent
years, ^ves a very careful account of the Finsbury
infants' milk depot and shows the mortality among
children attending the depot, during the first year of
life, to have been equal to 59.1 per 1000 births as
compared with a mortality of 148.6 for Finsbury, but
only 169 infants used the milk. There were among
these 13 deaths, equivalent to a death-rate of 76.9
per 1000 births, but as three of the children. were
d]dng when first brought to the depot; so that theu*
case was hopeless from the first, these should properly
not be counted.'^ Now, small as the numbers are,
when it is remembered that 75 per cent of the children
were ill when they were brought to the depot, such
results are astonishing. Dr. Newman quotes, with
apparent approval, the claim made for the depot at
Fteamp, France, of a death-rate of 121 per 1000 births,
as compared with 240 for the city as a whole, and the
claims of St. Helens of a mortality of 103 per 1000
228 THE COMMON SENSE OF THE MILK QUESTION
births as coDfipared with 173 per 1000 Wrths for the
city, and Liverpool of a mortality among depot
babies of only 89 per 1000 births.*' As a matter of
fact, the Liverpool figures are even more favorable
to the depot than that. Dr. Hope published par-
ticulars concerning 4453 babies kept under close
observation, showing a mortality of 78 per 1000 births
as compared with an average of 167.3 for the city as
a whole.**
Upon the whole, the figures show plainly enough
that the infants' milk depots do lessen the mortality
of infants, their influence upon the total infimtile
death-rate of a city depending, naturally, upoii the
proportion of the infantile population supplied by
them. The difficulties which confront us when we try
to separate the influence of the depots' from other
influences are perfectly natural. We can no more
hope to determine the exact share of each individual
agent in the progress that is made, than we can hope
to determine the exact share of every unfavorable
condition in forcing the death-rate of infants up to
such distressing heights. The remedial forces, like
the forces of ill, are blended and interwoven. There
is no means whereby we may weigh each factor,
either in the sum of ill or the sum of good.
Much more satisfactory are the statistics relating
to the experience of Rochester, already cited. In
thiis.case, also, we are aware that othdt factors bestde
• ■ • .
• •• »
• «• •
REMEDIAL THEORIES AKD EXPERIMENTS 229
the infants' milk depot contributed to the splendid
advance made in the direction of reducing the in-
fantile death-rate to a minimum. It is significant
that in connection with the work at Rochester and
the work of the depots conducted by Mr. Nathan
Straus we have the most emphatic and satisfactoiy
evidence of the enormous reduction which can be
made in the infantile death-rate thi'ough the estab-
lishment and maintenance of wisely managed infants'
depots. We must conclude our siunmary with a
brief examination of some important facts established
by the Straus depots.
I do not propose to enter upon any discussion of the
claims made from time to time as to the influence of
the Straus depots in reducing the infantile death-rate
in New York City. I content myself by saying that
I am firmly convinced that the work of the depots has
been a very important factor in bringing about that
reduction, a statement which wiU not be seriously
disputed by anybody who has given an hoiur to the
study of the subject and who is candid and unbiassed.
To my mind, the most exacting test to which any
such institution has ever been put is furnished in the
figures which relate to the work done by Mr. Straus
on Randall's Island some years ago. That experi-
ment and the investigations made by Drs. Park and
Holt are universally regarded as being among the
most important, if not altogether the most important,
230 THE COMMON BENSE OF THE MILK QXTE8TI0N
tests of the value of infants' milk depots yet made.
Mr. Straus himself , in a paper read at the Congria
International des Gouttes de Lait, held in Paris, in 1905,
has cited statistics which show that in New York
City during the ten years, 1894-1904, there was an
annual saving of 6982 infant lives, and I believe that
of all the factors contributing to that great result,
the most important single factor was the work of the
Straus depots.
The experiment on Randall's Island is important
because it affords much more direct and convincing
testimony upon the influence of a carefully super-
vised infants' milk depot upon the rate of infant
mortality. The experiment was conducted under
test conditions practically, so that we are able to
judge the effect of the milk depot without having to
make discounts in favor of other factors. In the
early nineties the death-rate among the infants in
the Infant Asylum at Randall's Island was so high
as to become a matter of very serious reproach to
the city. The death-rate among these tiny victims
of poverty and crime became the shame of the city.
The babies died like flies, and it became a grim
pastime among the attendants when a child was
brought to the hospital to estimate its chances of
living. The officials attacked the problem with
seriousness and intelligence, but made painfully slow
progress. The death-rate among the babies was
BEICBDUL THEOBIBS AND EXPERIMENTS 231
42 per cent in 1895, 39 per cent in the year following,
and 44 per cent in 1897. The death-rate seemed to
remain in the neighborhood of 40 per cent as if fixed
by some terrible fatalism.
In consequence of the results obtained through the
depots he had established in various parts of the
city during the two or three years previous, Mr.
Straus, who had formerly been president of the
Board of Health, secured permission to establish a
complete pasteurization plant on the island in con-
nection with the asylum. That was early in 1898.
Immediately the spell was broken and the terrible
death-rate of babies began to show a well-marked
decline. Mr. Straus was proving to the great city
and to the world that the power which exacted a
death-toll of 40 per cent was the power of ignorance.
As stated, the death-rate in 1897 had been 44 per
cent, and in 1898, the first year of the experiment, the
rate dropped to less than 20 per cent I The follow-
ing table shows very clearly the results attained dur-
ing a period of seven years, proving that the decrease
was not a temporary or accidental one. It should be
said that, while there were some changes in the later
years, during the first two years at any rate, there
were no other changes of any kind, either in respect
to hygiene, management, or feeding. So far as human
intelligence could perceive, the improvement was due
solely to the better milk supply.
232 THE COMMON SENSE OF THE MILK QUESTION
Table XI. Showing the Ikfakt Death-rate oir Ban-
D all's Island, New Yobk Citt, from 1895 to 1905
Inclusive
before the establishment of the STRAUS St'STBM
TULK
NUVBBB OP ChXL-
DBIM TbBATBD
NCTMBn OF
Dbatbs
Dbatb-batb
FKB ObITT
1895
1896
1897
1216
1212
1181
511
474
524
42.02
39.11
44.36
AFTER THE ESTABLISHMENT OF THE STRAUS SYSTEM
1898
1284
255
19.80
1899
1097
269
24.52
1900
1084
300
27.68
1901
1028
186
18.09
1902
820
181
22.07
1908
542
101
18.68
1904
845
57
16.52
Now, it is a very simple matter to reckon the sig-
nificance of these figures. During the seven years,
1898-1904, there were 1343 deaths, but had the
death-rate been the same as during the three years
previous to the establishment of the infants' milk
depot in connection with the asylum, the number
would have been 2604, In other words, out of a
total infant population of 6200, 1261 lives were saved
through the establishment of a proper milk supply.
REMEDIAL THEORIES AND EXPERIMENTS 233
a saving of more than 20 per cent of the total number
of children/® Such figures as these do not need to
be enforced by weighty aigument. They are elo-
quent and impressive preachers of a social lesson of
vast significance^ and, above all, of sublime inspira-
tion to all who seek to save the children of the
nation from needless suffering and death.
The investigations conducted by Park and Holt
have been so often described, and the detailed, results
are so accessible to the general reader/^ that it is un-
necessary to do more than summarize them here.
The object of the investigation was to study the
manner of feeding infants in the tenements and its
relation to infant mortality. Ten phjrsicians, work-
ing under the direction of Drs. Park and Holt, dur-
ing the summers of 1901-1902 and the intervening
winter, kept a number of children under close obser-
vation for an average period of three months. The
total number of children observed was 632, of which
number 340 were six months old or under, 265 rang-
ing from seven to twelve months, and 47 a little over
twelve months. Care was taken to select perfectly
healthy children to begin with, and each child was
visited by a physician twice every week. The weight
of each child was taken at regular intervals and other
physical conditions noted. It need scarcely be said
that this medical inspection of the children, and the
special interest in their children which the doctors'
234 THE COMMON SENSE OF THE MILK QUESTION
visits awakened in the mothers, were unusually
favorable to all the children. Since the children fed
upon milk from the Straus depots would in any case
be under some supervision, a fact noted in the report
of the investigation, it is fair to assume that there
was a balance of advantage in favor of other kinds of
feeding; in other words, that they were tried under
particularly favorable conditions.
The result of the investigation was to show that,
m summer, the worst results of all, the highest mor-
tality and the greatest amount of illness, occurred
with the dirtiest milk, that which was purchased at
grocery stores in the neighborhood. The next poor-
est results were obtained from condensed milk ; while
by far the best results of all were obtained from the
milk supplied by the infants' depots. In addition
to the statistics summarized in the accompanying
table, which speak for themselves, the unanimous
opinion was expressed that, '' Of methods of feeding
now in vogue, that by milk from central distributing
stations unquestionably possesses the most advan-
tages, in that it secures some constant oversight of the
child, and since it furnishes the food in such a form
that it leaves the mother least to do, it gives her the
smallest opportunity for going wrong."** The es-
tablishment of more numerous depots, by the munici-
palities, at least during the summer months, was
unanimously recommended.
REMEDUL THEORIES AND EXPERIMENTS 235
Table Xn. Iixustratihg the Results of Different Kihds
OF InFANT Feeding as found bt Drs. Park and Holt
Hatubb or Foo9
SUMIBB ObMB-
TATIOHt
WmTBB Obus^
▼ATIOHB
Good
ReBolU
Bad
RMolta
Good
RMalto
Bad
ReanlU
StoieMilk .
M
44
96
4
Bottled Milk .«.«.«.
61
81
94
6
Condensed Milk
60
40
92
8
Milk from the Infants' Depots .
81
19
98
7
One of the most serious objections yet urged against
the establishment of infants' milk depots is that they
tend to discourage the practice of breast-feeding,
whereas society should do everything in its power to
encourage mothers to suckle their infants at the
breast.^ Theoretically at least, the objection is of
the greatest importance, and if it can be shown that
the depots do have such a result the wisdom of estab-
lishing them is open to very serious question. But
do they? Not a single fact has ever been cited to
prove that they do. The objection is based entirely
upon a priori reasoning. As a working woman I
talked with on the subject at one of the depots said
to me, ''The doctors as says that only guess what
they'd do themselves if they was women."
It would, I know, be almost impossible to bring
236 THE COMMON SENSE OF THE MILK QUESTION
direct evidence in support of such an objection, owing
to the extremely delicate nature of the investigations
which would have to be pursued in order to obtain
it. I have submitted the matter to upwards of fifty
physicians in England and this country and received
replies from forty-three. Of this number nine did not
"care to express an opinion"; two thought "such a
result likely/' but had no personal knowledge of any
case in which such an effect had been produced; one
was "opposed to all such socialistic folly" as infants'
depots ; the other thirty-one were unanimous in say-
ing that they had no fear of such a result. All the
physicians questioned were, men whose practice gives
them an opportunity to note the work of the infants'
depots, and, while the consensus of their opinion is
not conclusive evidence, it has, I think, considerable
value. It is scarcely likely that such effects could be
produced in any considerable number of cases with-
out being noticed by some of the men whose repUes
are included in the above smnmary.
And if we may meet a priori argument with a
priori argument, it seems highly improbable that the
infants' depots discourage breast-feeding in any way.
In practically every case, when a mother makes
application to have her child supplied from the in-
fants' milk depot, she is questioned as to her reasons
for not nursing the baby herself, and warned that the
milk supplied by the depot is only a poor substitute
REMEDIAL THEORIES AND EXPERIMENTS 237
at best for the baby's natural food. She is ghren
simply worded literature pointing out the great ad-
vantages of breast-feeding and the dangers of all
other kinds of food for infants^ and physicians and
nurses urge the same truths upon her. This is the
normal, everyday practice of nearly every infants'
milk depot I have ever known of, and it seems not
unlikely that the depots are producing a result the
very opposite of that feared by many critics.
That the influence of society should be exerted to
encourage breast-feeding is true, of course. Possibly
we shall yet be able to develop our school system in
this country along lines making for physical effi-
ciency as advocated by Dr. Gulick,^ and, in the last
years of school life, do what we can to educate our
girls so that they may not enter upon wifehood and
motherhood so utterly unequipped as they now do. I
have no doubt that a great deal could be done to
educate mothers upon this and many other matters
of vital importance — that much could, and there-
fore should, be done. But what are we to do with
the women, rich and poor, who decline to nurse their
babies, and with the babies themselves? Shall we,
like that ruler of Finland who, in 1755, issued a Ai>yal
edict prescribing a fine of ten dollars to be imposed
upon mothers who through neglecting to suckle their
babies for at least half a year lost them,^ make a
-mother's refusal to nurse her baby a criminal offem^?
238 THE COMMON SENBB OF THE MILK QUESTION
And, whatever we may or may not do to the mothers,
the question of providing for the children must be
faced. Are we to join the mothers in a conspiracy
against the children, or are we to protect the interests
of the child when the mother fails ?
And what of the working mother, who, even though
physically able to nurse her baby, cannot because she
must work away from home 7 The Austrian peasant
woman who left her own baby to take its chances
upon a diet of ''horrible pap" and went out to act
as wet-nurse for the child of a wealthy woman ^
had no objection to nursing babies, apparently. It
is fsdr to assume that she would rather have nursed
her own baby. The women of Finland who suspended
horns filled with sour milk over their babies' cradles
and let them take theur chances, might have nursed
their babies but for the fact that they had to work
in the fields and woods, or starve/^ So, too, with the
factory worker and the charwoman. Are we pre-
pared to subsidize breast-feeding, to make mother-
hood an occupation under the control of the State?
And if not, if we are not prepared to do something
like this, to do upon a big scale what Ck)logne and a
few other European cities do on a small scale, what is
to be done for the children? Finally, what of the
children whose mothers cannot nurse them because
of physical reasons? No matter whether the cause
of their inability to nurse their young is the accumu-
REMBDUL THEORIBS AND EXPERIMENTS 239
lated sins of their ancestors, or environmental con-
ditions into which they have been forced by powers
as remorseless as Fate ; no matter, even, if the cause
of their inability to nurse their babies is their own
ignorance and folly, against which there was none to
warn them, — the fact remains that the babies must
be provided for. Do whatever we may to encourage
breast-nursing, we cannot escape responsibility for
the babies that languish and die because they are
fed upon dirty and disease-producing milk, or sub-
stances more deadly still.
For more than ten years I have been haimted by
the terrible consciousness that thousands of baby
lives are needlessly sacrificed every year in the great
cities of the world, while we boast of the progress of
our civilization. For more than ten years I have
grappled with the problems of infantile mortality
according to my ability and strength, patiently and
carefully studying the results of investigations made
by others and making investigations on my own
account. For more than ten years I have watched
the experiments made by earnest men seeking to
find the remedy for the evil of excessive infant mor-
tality, mourning at every failure and glorying in
every gain, however slight it might be. As a result
of these years of study I feel entitled to say with
assurance that impmre milk is one of the most pow-
erful factors making for a high infantile death-rate,
240 THE COliMON BE^SE OF THE MILK QUESTION
that its victims are more numerous than the victims
of the great plagues, and that it is possible to save
tens of thousands of baby lives each year, in the United
States alone, through the establishment of infants' milk
depots conducted upon scientific principles. Private
philanthropy has shown the way; is there civic
enterprise to follow ?
CHAPTER Vm
PURE VERSUS PURIFIED MILE
From the foregomg summary of the remedial ex-
periments made in this country and in Europe it
will be seen that the advocates of reform in the
methods of producing and distributing the public
milk supply may be roughly divided into two classes.
While the nomenclature may be open to criticism,
for the purpose of this discussion these classes may
be defined as radical idealists and opportunists : the
one class demanding a pure milk supply and decrying
every proposal which stops short of that ideal; the
other class taking the conservative view that in this
far from ideal world pure milk is impossible as a
general rulCi — a very beautiful ideal, but unattain-
able, except for a favored few, for many years to
come, if ever at all. And because they believe this,
they urge that, while aiming at absolute purity, it
is necessary in the meantime to purify the milk.
This broadly defines the issue upon which the re-
formers of the milk supply of the great cities have
split into separate and sometimes bitterly hostile
E 241
242 THE COMMON SENSE OF THE MILK QUESTION
camps. In the United States especially the contro-
versy between the two schools has been furiously
waged, often with what the onlookers have felt to be
much unnecessary vehemence. Often, indeed, there
has been nothing but mutual misunderstanding to
account for the bitterness of the war of words waged
between the two schools. In reality they have not
been so hopelessly at variance as the bitterness of
their words would imply.
I remember addressing a mass-meeting upon the
subject when there were strong partisans of both
sides in the audience and upon the platform. The
object of my address was to promote a better feeling
between the two factions and to create a more friendly
relation between them, based upon mutual under-
standing, with a view to their uniting upon a common
platform. It was gratifying to have the spokesmen
of both sides declare their entire satisfaction with
the position I had taken and their full acceptance
of the working programme I had hastily sketched.
Upon several occasions it has been my good fortune
to bring about similar harmony and confidence be-
tween groups of workers on both sides, so that I am
disposed to take a hopeful view of the situation.
It is my hope that the present volume will do some-
thing in that direction on a larger scale. Without
attempting to minimize the differences, it can, I
believe, be shown that the points of agreement are
PUBS versus pxtrified milk 243
quite as numerous and important as are the points
of difference.
It is upon these points of agreement I would have
the two schools unite. It is not necessary for either
side to enter into any sort of a compromise, to trun-
cate its principles. That is wholly unnecessary,
and, in my judgment, undesirable. But it ought
to be possible for the leaders of both parties, all of
them earnest and sincere men, to come together and
say: ''Here are so many points upon which we can
agree. Let them constitute our immediate, common
platform, but let nothing be put in the way of those
who aim at an ideal milk supply which shall need
no purification."
II
In order that there may be a better undeistanding
between the two schools of reformers, it is necessary
that the issue between them be clearly defined;
that the position of each side be correctly set forth.
Fair and lucid statement of a problem is an impor-
tant contribution to its solution.
The position of the radical school, the ''clean
milk" advocates, who oppose pasteurization, is
indicated in their name. They are keenly alive to
all the evils of the present conditions, some of which
have been described in these pages. They have
done yeoman service in pointing out the abominably
244 THE COMMON SENSE OF THE MILK QUESTION
unhygienic conditions under which our public milk
supply is produced and distributed ; they have done
much of the investigation into the causes of con-
tamination, and shown by actual experiment how
unnecessary those conditions are; they have forced
upon public attention the menace of a polluted milk
supply to the public health and the highly impor-
tant part milk plajrs in the spreading of disease.
No reasonable man in the other camp will attempt to
deny that the clean milk agitation has had all these
merits.*
Now, these radicals of milk reform say that it is
possible to secure a practically germless milk supply
which is absolutely safe and clean. They say that,
however Utopian it may sound to conservative ears,
it is possible, in a little while, given the right spirit
of civic cooperation, to get a public milk supply
which will come well within Professor von Behring's
zone of safety, having a bacterial count of less than
1000 per cubic centimeter. This, they believe, is by
no means an impossible ideal, even for the general
milk supply of any city. In support of their con-
tention they point to the numerous experiments
similar to those outlined in the present volume which
prove that it is possible to produce practically sterile
mUk. Given such milk, they argue, it would not
be necessary to resort to pasteurization or any other
method of purification, and the advocates of pas-
FUBE versus fubified milk 245
teurization admit the contention. The radicals^ in
a word, want pure milk, not purified milk.
Pure milk; say the radicals, is obtainable with
the knowledge we now have. The risk of trans-
mitting the germs of any disease, either of human
or bovine origin, to the consumers of milk, whether
they be adults or infants, would be reduced to zero
practically. And while cow's nulk cannot be con-
sidered an ideal and absolutely safe food for infants,
however pure it may be, except when modified and
distilled through the lacteal glands of the mother,
milk of the standard of excellence described would
be as safe as science knows how to secure it, and the
mortality of infants would be much lessened as a
result of its general use.
So much for the point of view of the radicals.
Now let us turn to the opportimists, to the advo-
cates of purification. The methods of purification
usually employed upon a large scale, and recom-
mended by reformers, are pasteurization and ster-
ilization. The latter method is almost universally
used in France and England and some other Euro-
pean coimtries in connection with the infants' milk
depots. In this country the former method pre-
vails, sterilization being rarely or never practised.
The principle involved in both methods is the same,
the difference being in the degree of heat to which
the milk is exposed and the length of the exposure.
216 THE COMMON SENSE OF THE lOLK QUESTION
It will be sufficient for our present discussion if we
consider the point of view of the advocates of pas-
teurization, which differs only from that of the ad-
vocates of sterilization in that the latter claim to
be more "thorough" when they carry the process
farther.
Like the clean milk partisans, the advocates of
pasteurization are thoroughly alive to the evil con-
ditions which almost universally exist. They, too,
have done much to direct public attention to the
unhygienic conditions which surround the milk
supply from the cow to the table at every stage of
the long and tedious journey. With the zeal of
enthusiasts, they have agitated for reform and lost
no opportunity of calling attention to the perils of
polluted and infected milk. If they have done less
original investigation in this field than their clean
milk rivals, they have abundantly balanced accounts
by the work they have done as popularizers of the
truth.' No fair-minded opponent of pasteurization
in the radical camp will deny that the advocates
of pasteurization have done most of the pioneer
work and created most of the existing sentiment
for reform. They were the radicals of a few years
ago, and met with the ridicule and opposition which
radicals must always encounter and endure.
Nowadajrs, among the reformers, they are con-
servatives. They frankly admit that pasteurization
FURE versw purified milk 247
is a makeshift — a necessary evil. They readily
admiti as all sane men must; that it would be vastly
better to have clean and imlnfected milk, rather
than milk which has been, so to say, cleansed and
disinfected. They do not for a moment dispute
the claim that milk so pure as to need no purifjring
process is the ideal to be aimed at; that milk ought
to be so pure as not to need any pasteurization. All
these things they admit without question.' So far
the two schools are in perfect agreement.
But they do not share the optimism of the radi-
cals. Not for many yeara, if ever at all, they say,
shall we get the milk supply of our cities so pure that
it will need no purifying. So far as it is possible
to judge the future, contend the opportunists, there
are no probabilities of such ideal conditions being
attained within the lifetime of any now living. They
point to the fact that we go on quite contentedly
drinking milk which contains many millions of bac-
teria per cubic centimeter, even giving it to our
babies. They take such statements as that made
by Professor Conn that the milk of our cities con-
tains more bacteria than their sewage does,^ and
they urge that now, imtil we can get a pure and
wholesome supply, entirely safe and free from infec-
tion, pasteurization is necessary — especially for the
milk intended for infants.
The proposition is an exceedingly simple one.
248 THE COMMON SENSE OF THE MILK QUESTION
Here is milk which, if properly drawn from a healthy
COW, mider hygienic conditions, would be clean,
sterile, and free from disease germs. Not being so
drawn, however, it is foul and teeming with germ
life, some of which may be fatal to a child. There
are the germs of diseases from which the cow suffers,
and germs of diseases from which human beings
coming into more or less direct contact with the
milk suffer. Granted that " cooking " the milk does
not make it clean, it at least kills the germs. Granted,
too, that some of the germs are harmless, that some
of them may even be helpful to the digestive processes,
it is best to kill them all if that is the only way of
destrojdng the dangerous germs once they are in the
milk. The gain which ensues from the destruction
of the dangerous germs far more than compensates
for any loss which may result from the destruction
of healthful germs that are aids to the digestive
system. And in support of this contention they
point to the impressive and convincing figures which
show the reduction made by pasteurizing their milk
in the mortality of infants.
It will be seen that there is no criticism of the
position of the radicals in this, except that it is Uto-
pian and idealistic. The advocates of pasteuriza-
tion have no attack to make upon their rivals of
the clean milk school, their only criticism being that
they are holding out an ideal that is unattainable
PURE versus purified milk 249
within any computable time. And for that they
do not care provided only that in the meantime milk
is pasteurized. This statement of their position
will, I believe, be generally accepted by the leading
representatives of both schools, and is, indeed, based
upon the statements made to me by the leading
exponents of both groups for the purposes of this dis-
cussion. It is highly important that the fact that
the only criticism of the clean milk school which
comes from the advocates of the pasteurization of
milk is that they are Utopians and visionaries. The
bulk of the criticism in the controversy comes from
the radicals. They have placed the advocates of
pasteurization on the defensive.
ni
There is no need to dwell further upon the criti-
cism of the position of the radicals by their oppor-
tunist rivals who believe in pasteurization. That
is all smnmed up in a sentence and can be compre-
hended by a child. But not so the criticism of the
opportunists by the radicals. Here we have a body
of very serious criticism which cannot be so easily
summarized and comprehended.
It is not my purpose to attempt to give a complete
synopsis of this very long and complicated contro-
versy, much of which has little vital significance.
I propose only to state the most important points of
250 THE COMMON SENSE OF THE MILK QUESTION
the attack upon pasteurization and to consider them
in relation to the available evidence.
(1) It is urged that pasteurization does not kiU aU
the disease germs. It is claimed that the most harmful
germs survive, those killed being the host harmful, the
harmless, and the useful.
Now, it is obvious that, if true, this is a serious,
though not necessarily fatal, objection. I say that
it is not necessarily a fatal objection bfcause it
might be claimed with good reason that if pasteur-
ization did not kill all the most dangerous germs but
only a few of them, it would still be advantageous
if it killed a very large number of disease germs. The
weight of the criticism, however, cazmot be denied.
In bacteria land, as in most other places, the wicked
flourish and the good die too easily. The disease
germs which men most fear in milk are those of the
dread tuberculosis, and it is alleged that the pasteur-
izing process does not kill the tubercle bacilli. It
is not denied that it kills the germs of scarlet fever,
typhoid, and diphtheria, but it is contended that one
of the greatest dangers to be feared is the presence
of tubercle bacilli in milk, and that the fact of milk
being an important factor in the spread of tubcircu-
losis has been one of the most cogent arguments for
pasteurization. If, therefore, the process does not
kill the tubercle bacilli, that danger is not removed,
and the utility of the process is very much less than
is claimed by its friends.
• -
•
PUBE versus purified milk 251
Before making any attempt to judge the value of
this criticism, let us first of all make sure that we
mean the same thing by the use of the word " pas-
teurization/' There is no legal definition of pasteur-
ization. There is no city or state anywhere, so far
as I know, which has established a legal standard
of what constitutes pasteurization. The result is
that every dealer is entitled to adopt a standard of
his own. There is less difference between raw milk
and some kinds of pasteurized milk than there is
between different kinds of pasteurized milk. A
great deal of the milk which is commercially pro-
duced and sold as pasteurized milk is simply heated
to a temperature of about 150^ Fahrenheit for twenty
or thirty seconds and then rapidly cooled. It is
admitted that this does not very greatly reduce the
number of tubercle bacilli, though it may kill prac-
tically all the germs of scarlet fever, 95 per cent of
typhoid and diphtheria germs, and as much as 90
per cent of all the bacteria.* Of the tubercle bacilli
a very large proportion are not killed.*
So far, then, much of the criticism is justified when
directed to a great deal of milk ordinarily sold as
pasteurized milk. It does not follow, however, that
if also holds true of scientific pasteurization, such
as that practised in many foreign cities and at the
Straus laboratories in this country. This scientific
method is to keep the milk at a temperature of 167^
252 THE COMMON SENSE OF THE MILK QUESTION
Fahrenheit for at least twenty minvies, sometimes
for thirty minutes. It has been fomid to be imprac-
ticable to raise the temperature above 167^ without
impairing the taste of the milk; and that exposure
for twenty minutes to that temperature does eflfec-
tually destroy the tubercle bacilli. The greatest
living authorities, including Professor Bang/ Theo-
bald Smith,* Professor Pearson of Pennsylvania,*
Drs. Park/* Holt," and Freeman," are agreed as
to this. There are, I believe, records of eixperiments
which appear to controvert this, but they are of
very doubtful value." The evidence is overwhelm-
ingly in favor of the claim that scientific pasteur-
ization does destroy all disease germs.
It has never been suggested by any competent
authority that any considerable number of tubercle
bacilli survive exposure for twenty minutes to a
temperature of 167® Fahrenheit. Even if a few
escape under exceptional conditions, it would still
be quite fair for the advocates of pasteurization to
urge its claims upon the basis of its germicidal value.
With all my sympathies on the side of the radicals,
I cannot resist the conclusion that a candid study
of the facts will destroy the value of the criticism
we are considering, when it is directed agamst scien-
tific pasteurization. It is most unfortunate that
efficient pasteurization should be discredited on
account of a conmiercial imitation to which the
PURE versTAS pijeified milk 253
name^ought never to be applied. I have long held
that there should be a legal definition of what con-
stitutes pasteurization. Such a definition would
go far toward protecting the public against what
is, under all the circumstances, practically a fraud,
as I said at the Milk Conference held in the New
York Academy of Medicine in 1906.
(2) It is alleged that pa^teurizoUion destroys some
of the nutrient qtuUities of the miOc, renders it difficult
to digest, destroys the lactic acid bacteria which are of
great imporUmce, and leads to diseases like scorbutus
and rachitis in infants.
I place this group of objections together for the
reason that they are, ultimately, only different state-
ments of the same difficulty. I place them second
only to the objection considered above for the reason
that, intrinsically, this group of charges undoubtedly
are second in importance only to the charge that
the germicidal action of pasteurization is inefficient.
But it is only fair to add that this mass of criticism
is less often met with than formerly, so that it is of
less relative importance than it was at one time.
There is a bewildering mass of contradictory tes-
timony on both sides from which either party to the
controversy could select enough to make out a very
strong and seemingly conclusive case. It is, however,
scarcely worth while attempting to sift it, for two
reasons. In the first place, because no conclusive
254 THE COMMON SENSE OF THE MILK QUESTION
result could possibly be reached, and, in the second
place, because the criticism is being very generally
abandoned. A brief survey of a few of the salient
and essential facts will suffice to do justice to the
reply which the friends of pasteurization have always
made to this body of criticism.
It is admitted that the process destroys the lactic
acid bacteria with the more dangerous kinds of bac-
terial life. That is admitted by that vigorous antago-
nist of the "raw food cult," Professor Metchnikoff,
who likewise admits that the milk thereby loses
something of value.^^ Just how valuable lactic
acid in milk is cannot be accurately determined.
Metchnikoff exalts it so that it becomes practically
the most important item in diet. It is, according
to the great French physician and apostle of human
longevity, a specific against the germs of more deadly
diseases. The weight of medical opinion seems to
be that lactic acid bacteria in milk are not injurious,
that their presence in the intestines in moderate
quantities is rather desirable than otherwise, since
they prevent the fermentation of the milk in the
intestines assuming putrefactive forms injmious to
health by reason of inducing intestinal disturbances.*
80 important does Metchnikoff regard it that, after
destrojdng all bacteria by pasteurization, he puts lao-
* For a contrary view, axgued with much wei^t> 0ee Brash,
MUk, pp. 43-50.
PURE verms purified milk 255
tic acid bacteria into the milk." It will thus be seen
that the advocates of pasteurization admit that the
process destroys bacteria which may be very useful
to the consumer of milk. It must be remembered,
however, that the advocates of pasteurization do
not disguise the fact that pasteurization is a necessary
evil in their judgment; that milk which needed no
such treatment would be far better. It is the famil-
iar case of enduring the lesser evil to be rid of the
greater.
In view of the fact that diseases of the digestive
system are responsible for a terrible proportion of
infantile deaths, it is fairly obvious that if pasteur-
ized milk were more difficult to digest than raw
milk, the mortality from intestinal troubles among
infants fed upon it would be above the average
greater than the mortality among infants fed upon
raw milk. This would undoubtedly be the result —
unless there were other advantages which mare than
compensated far this serious disadvantage. And should
there be such a balance of advantage it would, of
course, justify pasteurization and destroy much of
the force of the criticism. The issue must be decided
by an appeal to fact rather than to theory.
Now, what are the facts? Is the mortality from
diseases of the digestive system greater among infants
fed upon pasteurized milk than among infants fed
upon raw milk? In this, as in so many other matters,
256 THE COMMON SENSE OF THE MILK QUESTION
it is well to apply the common sense test of actual
experience. That our test may be fair and just we
must compare the results of feeding upon pasteurized
milk with the results of feeding upon the ordinary
raw milk of commerce, and not with the results of
feeding upon raw milk of exceptional purity. For
the advocates of pasteurization have never denied that
pure raw milk woidd be better than milk of doubt-
ful purity pasteurized. A conclusive answer to our
questions, it seems to me, is contained in the universal
experience that where the milk supply is poor, pas-
teurization leads to a diminution of infantile mor-
tality. The figures cited in the previous chapter
afford a sufficient answer to the criticism that pas-
teurized milk is harder to digest than raw milk. If
this were true, we should find a larger mortaUty from
digestive trouble among infants fed upon it, and the
fact that we get a result the very opposite of this tends
to show that either the alleged indigestibility is a fic-
tion, or that pasteurized milk has other advantages
which outweigh the disadvantages — even when dis-
eases of the digestive system alone are taken into accovnt.
In point of fact the criticism never rested upon
anything more scientific than guesswork. So far as
I am aware there never existed the conditions which
could provide a fair basis for a comparison of the
merits of raw milk with those of pasteurized milk as
a food for infants. Much of the argument rests upon
FUBE veraw purified milk 257
a fallacious basis. Long before the time of Pasteur,
the mothers of a great part of Europe heated the milk
given to their babies, generally boiling it. To-day in
the tenement homes of all our cities milk is most gen-
erally boiled before being given to babies, almost in-
variably so in summer. The researches of such men
as Drs. Park and Holt " show this, and Dr. Darling-
ton, the Health Commissioner of New York City, has
had the matter carefully investigated with the result,
he informs me, that he finds boiling to be the general
rule.
I am not unmindful of the fact that this argument
may be a two-edged sword,' that it may react against
pasteurization, at least so far as the establishment of
infants' milk depots is concerned. It may be urged
with reason and sincerity : " If practically all the milk
is boiled before it is given to the babies, what need is
there for pasteurizing it — why not leave that to the
mothers?" It must not be forgotten, however, that
the actual pasteurization is only one of the services
performed by the depots. There is the careful, scientific
modification of the milk, the supervision of the babies,
the constant advice to mothers, and, hardly less im-
portant, the invariable practice of securing the highest
standard of excellence in the production of the milk
itself. Then, also, it is important to bear in mind that
the careful, scientific pasteurization of the milk is
very different from the haphazard and frequently
258 THE COMMON SENSE OF THE MILK QUESTION
careless '' heating '' and '^ boiling " practised by mothers
in their homes. Much of the scurvy attributed to
pasteurization should be properly attributed to
over-boiling, as Jacobi/' among others^ has pointed
out.
In connection with this criticism it is significant to
note that in the great London hospitals milk is almost
invariably either pasteurized or sterilized before it
is given to children, and none of the evils complained
of have been encoimtered.^' It is also worthy of note
that in France, in connection with the Oautees de
Lait, there has been a decrease of scorbutic diseases
among infants rather than an increase.^* I have been
assured by the most competent medical observers
that the disease is quite as rare as in this or any other
country. Dr. Jacobi advocates the boiling of milk,
but is careful to point out that over-boiling leads
frequently to scorbutus. I know a physician whose
sister's child sufifered from a severe scorbutic disease.
He was called to attend the child and decided that
the trouble arose from the use of pasteurized milk.
Henceforth he became an opponent of pasteurization.
Raw milk was ordered and tried, but the baby did
not improve in any way. Another physician was
called in and at once ordered that pasteurized milk be
given. He was told of the former experience and
decided that he would make an investigation. I need
not here describe his investigation in detail as he de-
FUBE verstLS purified milk 259
scribed it for me; suffice it to say that he found out
that the servant who prepared the child's food had
a notion that ''so long as the milk was well boiled
it was all right." She '' thought it could not be boiled
too much." I could give particulars of several other
cases very similar to this one.
To sum up : It seems reasonably certain that pas-
teurization, sterilization, or any other process of heat-
ing milk to a temperature high enough to have a ger-
micidal effect impairs it to some extent. On the
other hand, there is abimdant evidence to show that
the gain is far greater than the loss. And it is a
most significant fact that among the radicals, the ad-
vocates of such methods of inspection as will insure
clean milk, there is universal agreement that, imtil
we can obtain milk of the desired standard of purity,
cleanliness, and freedom from disease germs, it is best
to pasteurize milk for infants.
(3) It is objected that to establish depots for the sale
of pasteurized milk would he a mistake for the following
reasons, among others: (a) It is an extension of paler-
nalism. The dty or state ought to leave that to the
mothers, taking care only to see that the supply is pure
and good, (b) Where there is so much doubt as to the
efficiency of the process, it should be optional with parents
whether they give their babies pasteurized milk or unr
pasteurized milk; (c) The effect of pasteurization would
he to make the mOk producers and milk dealers careless,
260 THE CX)MMON SENSE OF THE MILK QUESTION
causing them to rely too mvch upon jxisteurization, rather
than upon deanliness.
Considering these objections in their order, not
much need be said with regard to the first. The
bugaboo of ''paternalism" has been raised whenever
any advance has been proposed. It was raised against
the proposal to make education free and compulsory ;
it was raised against the establishment of municipal
hospitals and dispensaries, parks, playgrounds, baths,
recreation piers, and lodging houses for the homeless;
it was raised against the factory acts; it has been
raised against every proposal to bring the great cor-
porations under public control. On the other hand,
it is difficult to see that pasteurization of milk for
infants would be more paternalistic in principle than
the elaborate system of inspection necessary to insure
pure milk.
With regard to the second objection, that the use
of pasteurized milk ought to be optional with the
parents, since there is some doubt as to the efficiency
of the process, it need only be observed that only a very
small minority of the advocates of pasteurization
would dispute that claim. Most advocates of the
establishment of infant milk depots for the sale of
pasteurized milk would be quite willing, I am con-
vinced, to have raw milk also sold at the depots,
provided that it reached a certain high standard of exceln
lence. No objection, I imagine, would be raised to the
[
FUBB versus pubified hilk 261
sale of raw milk having a low standard of bacterial
content, approximating the standard set by Professor
von Behring, and free from disease germs. As to the
principle involved of giving the parents an option in
the matter, it is rather suggestive that the advocates
of laissez faire in this particular do not suggest that
the rule should be generally applied. There is at least
quite as much dispute as to the efficiency of vaccina-
tion, but they do not suggest that parents should be
allowed an option in the matter of the vaccination of
their children; there is a not inconsiderable body of
who oppose pasteurization upon the ground that the
parents ought to be given an option do not, I have
observed, admit the right of the Christian Science
believer to have an option in the matter of calling a
doctor for his sick child. In all other matters they
recognize that the child belongs to society rather than
to the parents.
So much for the principle involved. As a practical
question, theories of parental laissez faire and the
responsibility of society for the child's welfare enter
into it hardly at all. Except by a few individuals,
perhaps, it is not proposed that parents should be
compelled to give their infants pasteurized milk and
forbidden to give them raw milk. It is proposed
simply that municipalities should face the fact that
the ordinary milk supply is a menace to childhood.
262 THE COMMON 8SN8E OF THE MILK QUESTION
and that they should establish depots for the sale of
pasteurized milk scientifically prepared, and educate
mothers as far as possible to the importance of using it
for their babies. I have discussed the matter with
many of the leaders of the radical school, and I have
not yet met one of them who did not agree to the
following propositions: (1) the milk supply of no
American city can be considered a safe food for in-
fants; (2) tmtil this condition is remedied, it is
safest and wisest to pasteurize the milk given to in-
fants. This, I say, has been the unanimous verdict
of the leaders of the radical school of milk reformers,
and I see no reason why the cities should not frankly
teach the mothers that and provide them with the
means of getting pasteurized milk.
Concerning the third objection, that pasteurisation
tends to encourage slovenliness upon the part of the
milk producer and the milk dealer, I am inclined to
think that it is the most serious and weighty objec-
tion of all from a practical viewpoint. There can
be no doubt of the force of the objection, I think,
even though it may not rest upon a statistical
study. It requires but an ordinary knowledge of
human weakness. Teach people that impure and
disease-infected milk can be rendered harmless by
any process of germicide, and, unless special efforts
are directed to counteract the tendency, there will
be a drifting away from standards of care and cleanli-
PURS vertus purified milk 263
ness on the part of the milk producer and the milk
dealer, as well as a slackening of energy and a lessen-
ing of seal on the part of the consimiers. The advo-
cates of pastew*ization vigorously deny that this
would be the tendency, but I remain imconvinced
by their optimism. There is always the factor
of human weakness to be reckoned with. Boston's
bacteriological standard lulls the Boston citizen into
idle complacency, and I wonder if it would be other-
wise with pasteurization. "Milk Sweet" and "Pre-
servaline" and the host of other germicidal preser-
vatives increased the sloth and the weakness of the
farmer, and I wonder if pasteurization would do less.
Frankly, I am very sceptical.
It is this factor which keeps me from being wholly
one of the opportunists and drives me ever and anon
to the radical camp — this and the radical ideal.
But it must be said in justice to the opportimists that
they do not propose to trust entirely to pasteur-
ization. Their plan necessitates no lessening of the
effort to obtain pure milk which will need no pasteur-
ization. They do not propose that there shall be less
inspection of dairies and stables than now, but more.
And it is in this attitude that I see the hope of a uni-
son of both forces. The radicals agree that until milk
can be obtained by the average citizen which is
absolutely safe and fit for use as a food for babies it is
wise to pasteurize it. The opportunists on their side
264 THE COMMON SENSE OF THE MILK QUESTION
agree that pasteurization ought not to be necessary,
that it ought not to be regarded as a solution of the J
problem. They, too, believe in trying to get a mUk
supply which it will not be necessary to pasteurize.
IV
Here, then, it seems to me, is a basis upon which
they can unite for many years to come — years of
fruitful labor and progress toward a common goal.
As I see it, the present situation may be likened to
an outbreak of typhoid in a city, which has been traced
to the water supply. While the disease is ravaging
the community, the doctors come together and dis-
cuss the situation. There is no question as to the
cause of the epidemic, it can be definitely traced.
The only question is as to what shall be done. One
set of doctors say : " Our duty is plain : we must begin
an agitation and compel the city government to put
an end to the pollution of the water supply. They
must stop the sewage from running into the reservoirs."
They are the radicals of the moment. "But that
will take five years to accomplish," say the opppr-
tunists. " Five years, and meanwhile the disease will
go on; people will needlessly die. We must give
them more immediate relief. We must get the people
to boil their water so that the disease germs will be
killed." In such a situation, the obvious thing to
do is to adopt both plans — to urge boiling the water
PURE verstis purified milk 265
while the fundamental reform is being carried out.
And; as I see it to-day, that is precisely the situation
with the milk reform controversy.
Given the union of the two forces, of the spirit of the
radical and' the opportunist, and there would be no
reason to fear the one really important objection to
pasteurization. There would be no fear that pasteur-
ization would be regarded as a solution; no fear that
the movement for better inspection would be re-
tarded. Time and again I have submitted this view
of the situation to adherents of both schools, and I
have never yet failed to get an answer that implied a
readiness to unite in a common movement upon such
a basis as I have outlined in these pages. I have
submitted to leading workers on both sides a pro-
gramme for united action which they have invariably
expressed their willingness to accept. Unity of forces
seems to me, therefore, easily attainable.
In the hope that something may be done to bring
together the radicals and the opportimists, I venture
to place here, as a fitting conclusion to this chapter
in which the controversy is so hastily summarized,
a practical programme upon which both sides may
agree : —
(1) The establishment of a National Milk Reform
Association, with branch organizations all over the
country, and having for its object the promotion of
legislation for the improvement of the milk supply
/
266 THE COMMON SENSB OF THE MIUC QUESTION
of cities and towns; the education of the milk pro-
ducers, the milk dealers, and the milk consumers upon
the subject; the publication of literature upon the
subject.
(2) The principal reforms urged by such an organi-
zation to be (a) more efficient inspection and the rigid
enforcement of certain standards of cleanliness and
purity, the ideal to be aimed at being a safe and germ-
less supply; (6) the establishment of infants' milk
depots for the supply of pasteurized milk, with the
understanding that raw milk of a certain accepted
standard of purity and cleanliness may be also sold;
(c) the elimination of tuberculosis from dairy herds;
(d) the promotion of breast-nursing and the education
of mothers in the principles of milk hygiene.'*
There are doubtless many other matters which
could be very conveniently incorporated into such a
platform as I have suggested, but my purpose is simply
to demonstrate that it is possible for all who are work-
ing for the reform of our public milk supply to join
hands in a great aU-inclusive, effective movement.
CHAPTER IX
OUTLINBS OF A POLICT OF REFOBM
Those who have read the preceding pages with rea-
sonable attention will be able to anticipate most of
the leading features of the policy of reform which I
desire to outline in bringing this study to a close.
The problem is many-«ided ; the evils are so numerous
and varied in character that no single reform will
suffice. The evils spring from so many somtjes —
from the animals themselves, their environment,
their attendants, the utensils into which the milk is
drawn, the mode of its conveyance from the farms to
the cities, the places where it is sold, and the unhy-
gienic conditions which aboimd in the homes where it
is consumed. At every stage, from the time it is drawn
from the cow's udder until it enters the infant's stom-
ach, ignorance, carelessness, and greed — but ignorance
above all I — add to the natural difficulties and perils
of using cow's milk as a food for the human infant.
While the conditions described in the earlier pages
of this volume obtain generally in all states and in
most cities, whether large or small, the degree in which
fi67
270 THE COMMON SENSE OF THE MILK QUESTION
a policy adopted. Secondly^ milk is largely a subject
of interstate commerce. In the city of New York,
for example, we have a great population drawing its
milk supply from seven different states, and it is
foolish to argue that New York has no interest at
stake when Pennsylvania or Ohio legislates upon
this question. It is also quite preposterous that
the citizens of New York, in order to be sure of a
decent milk supply, should be obliged to maintain
a costiy system of inspection in half a dozen states,
as at present. Finally, the organization of such
work under federal auspices would be, or could be
made, much more economical than if carried on by
the various states,
n
It seems to me, then, that this great work should
be undertaken by the nation; that steps should
be taken to stamp out the disease within a given
period of time. That this is possible, and not a mere
dream, no one who is familiar with the work done
in Denmark, under the leadership of such men as
Professor Bang, will very seriously doubt. They
have not reached the ideal, but they have demon-
strated that, given the necessary funds, bovine tuber-
culosis can be eradicated.
Denmark, as is generally known, has long suffered
to an extraordinary degree from tuberculosis, both
OUTLINES OF A POLICY OF REFORM 271
bovine and human. It was found by physicians and
veterinarians who were alarmed by the excessive
prevalence of the disease, both among cattle and
human beings, that there was a very close connection
between the two. As a result of the agitation by
the veterinarians which resulted, Copenhagen secured
from the imperial parliament an act giving it certain
powers to attack the problem of eliminating the
disease from the dairy herds, and preventing the
infection of the people through the use of tuber-
culous milk and meat. The Copenhagen system, as
it is called, is to-day universally regarded as the most
significant experiment ever made in this direction.^
Under this system there is frequent and careful
inspection of all herds. The tuberculin test is used,
no charge being made to the farmer, either for the
tuberculin or for the services of the veterinarian.
The worst animals are slaughtered, including all those
with badly diseased udders. Others, less seriously
affected, are separated from the healthy stock, so
as to prevent the spread of infection. Such segre-
gated infected animals may be used for breeding
purposes, or they may be fattened for the market,
but their milk must not be sold or used for any
purpose whatsoever. This is frankly regarded as a
compromise, and the general opinion is that nothing
short of the slaughter of all infected animals will
prove finally effective.
272 THE COMMON SENSE OF THE MILK QUESTION
All cattle slaughtered in the city, and all carcasses
brought into the city, intended for the market,
must be thoroughly inspected for traces of tuber-
culosis. Where general tuberculosis is discovered
the whole carcass is condemned and no part of it may
be used as food. It is first rendered unsalable, after
which it may be used for soap-making and similar
purposes. Carcasses in which no trace of the disease
can be found are marked " First Class " and, of course,
bring the best prices. Where localized infection
only is found, the infected parts are first cut away
and destroyed, after which the remainder is permitted
to be sold, but it must bear the label "Second Class."
Great care is taken to protect healthy animals, as
it is hoped from them to breed a new, healthy stock.
While the law under which this system is operated
applies only to Copenhagen, the system is being
gradually adopted throughout Denmark.
Of course, Denmark is a little country, and its
conditions differ from ours in every way. The Danish
experience is of value to us only as showing that
bovine tuberculosis can be very greatly reduced and
that it is not idle to think of its entire eradication.
To obtain that result it will be necessary to destroy
an enormous number of valuable dairy cattle, for
which their owners must be compensated, involving
an enormous outlay of money, aggregating many
millions of dollars. It will be necessary, also, to
OUTLINES OF A POLICY OF BBFORM 273
disinfect many thousands of cow bams and to destroy
altogether many thousands more which cannot be
disinfected. It will also be necessary to rehabilitate
the breed of dairy cattle by breeding from sound
stock. It may be necessary even to prohibit imder
severe penalties breeding from any animals except
those certified to be perfectly healthy. I frankly
confess that I do not see how these things can be
done except by the federal government.
The problem is a national one, and its ramifications
are so numerous and varied in character that to cope
with it in any other way than by federal action seems
almost impossible. That much can be done by
means of state legislation and administrative genius
I have no doubt whatever, but the problem will
never be entirely solved until it is faced by the union
of states. Failing such a policy being imdertaken
by the federal government, then our only hope lies
in securing an agreement of all the states upon a
uniform policy of aggressive warfare upon tuber-
culosis and all other diseases which mankind may
acquire from his four-footed friends in his food and
drink.
m
In most of the states there has been some provision
made for the inspection of dairy cattle with a view
to eliminating tuberculosis from our herds, and the
274 THS COMMON SSNSS OF THE MILK QUESTION
tuberculin test is very generally used. It is a noto-
rious fact, however, that the inspection is pitifully
and hopelessly inadequate. There are not enough
inspectors, and as a result too small a percentage of
the total number of cattle comes under observation
at any time. Nothing short of a periodical examina-
tion of every herd will suffice, and we are lamentably
far from that requirement as yet.
There would seem, also, to be a great deal of in-
competency in the use of the tuberculin test. On
the one hand, we have such obviously inconclusive
results as those noted in the South by Professor
Doane/ pointing, it would seem, either to incom-
petence or dishonesty — probably both. On the
other hand, there are frequent complaints from
farmers of serious bungling. Some of the stories
told, and too well attested to be lightly passed over,
are almost incredible on account of the stupidity of
the inspectors. They err sometimes one way and
sometimes another, but the percentage of error is
too high. The result is to discredit the tuberculin
test in the mind of the farmer and the public. Yet,
when it is properly applied, the tuberculin test is
marvellously reliable. A number of years ago,
some very searching investigations into this matter
were made in Belgium. It was found that post
mortem examination confirmed the diagnosis made
upon the tuberculin test in more than 99 per cent
OX7TLINE8 07 A FOUCT OF BEFORM 275
of all Buch examinations.' Since then the test has
been greatly perfected, so that the percentage of
error ought to be almost nil. Too much stress can-
not be laid upon the fact that frequently the best-
looking animals in a herd are the ones most seriously
aifected. It is important, therefore, that every
animal should be regularly tested, regardless of
appearances.
Nothing less than a periodical test of every dairy
herd, and of every aninial in every such herd, will
do. The infected animals should be destroyed, and
not merely segregated. This is the verdict of practi-
cally every serious student of the Danish experiment.
Segr^ation, breeding from diseased animals, or
fattening them for sale as second-class food for the
poor are compromises to be avoided. Not only do
such compromises prolong the process of eradicating
the disease, but lead to all kinds of corrupt and
fraudulent practices. So I am assured, and certainly
such results might be expected. However true this
latter charge may be of Denmark, it can scarcely be
doubted that it would be terribly true in this country.
Every infected animal should be destroyed, and its
carcass rendered unfit for use as food.
And this at once raises the question of compensa-
tion, which the British government has found so
troublesome. It is plain that if we are ever to
eliminate bovine tuberculosis, the active support
276 THE COMMON SENSE OF THE MILK QUESTION
and cooperation of the dairy farmers must be secured.
They must realize that the eradication of the disease,
however difficult and troublesome it may be, will
ultimately benefit them. Judging from the attitude
of the farmers in other countries upon this question,
from the expressions of opinion of some hundreds of
farmers in this coimtry, and from the attitude of
the farmers' journals, there is no doubt that the
farmers would gladly join with the authorities in
a heroic campaign for the elimination of the disease,
provided that they are not unfairly burdened.
It cannot be expected that the farmers, among
whom the percentage of altruists and saints is not
appreciably higher than among other classes, will
be very energetic and enthusiastic in securing the
slaughter of their cattle if they are to lose 60 or 70
per cent of the value of all animals so slaughtered.
That is the condition in the state of New York at
present. The state pays only 40 per cent of the
value of any animal killed by order of the state vet-
erinarian. It is freely admitted that in a majonly
of cases the farmer is personally not responsible.
He cannot tell whether his animals are healthy or
not. Even a clinical examination by competent
and experienced veterinarians will fail very often
to detect the presence of the disease. It seems to
me, therefore, extremely unjust to punish the farmer
for what is not his fault, to impose upon him'
OUTLINES OF A POLICY OF REFORM 277
the bulk of the cost of our common, social pro-
tection.
As a result of this policy, many farmers, men upon
whom we must largely depend if we are to eradicate
the disease, are in a conspiracy to prevent the de-
tection of infected cattle. They are human and their
conduct is human. It is our public policy in the
matter that is at fault; it is unjust in the extreme.
Said one old farmer to me: ''We farmers, working
with the state, could wipe out the plague in ten
years or so. But instead of the state treating us as
equal parties in a great effort for the common good,
it penalizes us. Instead of breeding healthy cattle
from sound stock and giving the farmer healthy
animals in the place of those it condemns and
slaughters, which would be just and wise, the state
takes 60 per cent or more of the value of our cattle
away and drives us toward bankruptcy and ruin."
That old farmer spoke bitterly, but. with a certain
justice. I do not know whether his suggestion of
breeding cattle upon state or national farms and
replacing the condemned animals with healthy ones
would be practicable or not. If so, it would meet
one very great objection, the fear of a meat and milk
famine as a result of the lessening of the number
of dairy cattle. If diseased animals were replaced
with healthy ones, there would be no such famine.
It is not for me to express an opinion as to the practi*
278 THE COMMON SENSE OF THE MILK QUESTION
cability of such a plan, but I do say without hesita-
tion that the present policy of paying the farmer
less than half of the value of the cattle condemned
is neither just nor wise.
There should be imiform rules in all parts of the
United States providing for proper inspection and
the efficient use of the tuberculin test; for the slaugh-
ter of all diseased animals and the encouragement of
breeding from healthy stock only; for just and
adequate compensation for animals destroyed, so
that the farmer would have to bear only his fair
share of the burden of loss. A large annual appro-
priation in each state for a period of ten years, aug-
mented perhaps by federal aid, would go far toward
suppressing bovine tuberculosis altogether. Except
the organization of the entire work by the federal
government, no other plan than one of uniform state
action seems adequate to the solution of the problem.
rv
Tuberculosis is not, however, the only evil which
must be remedied. It is just as important to see
that the cow bams, dairies, and creameries are kept
up to the highest possible standards of cleanliness
and hygiene, as to see that the cows are free from
tuberculosis. This is, of course, only another way
of saying that it is quite as important to prevent
the disease as to cure it. It is just as necessary to
0X7TUNES OF A POLICY OF BBFORM 279
see that every possible safeguard is provided against
the dissemination of typhoid, scarlet fever, and other
milk-borne diseases as against tuberculosis. Here,
in this general inspection, is a task big enough to
tax the energies of the states. To do it thoroughly
requires, everjrwhere, a large extension of the system
of inspection, more money and more men.
One very great defect in the present methods of
inspection prevailing throughout the states is the
lack of uniformity, the same anarchical spirit which
permeates so much of our national life. There is
no common standard to which the farmers must
keep, nor any common method of judging the merits
of a farmer's conditions. Many different ''score
cards" have been devised for the purpose of establish-
ing as nearly as possible ideal standards of require-
ments which the milk producers and the milk dealers
should be compelled to fulfil. Of late there has been
a bewildering increase in the number of these score
cards, and a careful examination of a large number
of them is at once interesting and instructive.
Some of the cards which I have examined seem
to me to be fairly open to the charge of being "fad-
dish." More of them are open to the grave objection
that they are not explicit enough to the farmer, and
leave room for friction between the farmer and the
inspector. Too much is left to the personal judgment
of the inspector. I know well enough that the per-
280 THE COMMON SENSE OF THE MILK QUESTION
sonal factor can never be wholly eliminated, but it can
be reduced to a minimum. It is not enough to tell
the fanner that his stable is badly constructed or
that it is not clean. The score card ought to tell
him just exactly where the faulty construction or
the lack of cleanliness lies. It is not enough to have
a card which allows ten points for a stable that is
entirely satisfactory to the person drawing up the
card, and then to have another person, with possibly
another ideal of what a stable should be, go and
arbitrarily allow the farmer only five points. The
card should show upon its face exactly what defects
caused the low award of the inspector. In the event
of the farmer's feeling that his score is unfairly low,
he ought to be able to check the award, point by point.
And the reviewing officer ought to be able to tell by
reading the card whether the award made by his
subordinate is fair and just.
How important this aspect of the problem of
inspection is the following personal experience may
serve to illustrate: In company with a physician
who has long been identified with the milk reform
movement, a man of unusual knowledge and fine
judgment, I went through a stable in Orange County,
New York. We agreed that each should fill in a
popular score card, with the result that my friend
marked his "Very Good" and awarded the stable
95 per cent of the marks allowed, while I marked
OUTLINES OF A POUCT OF REFORM 281
my card "Fair," allowing only 50 per cent of the
marks allowed. Which of the judgments more
correctly represented the actual conditions is not
here and now a matter of moment. The important
point is that two fairly competent and experienced
observers, absolutely uninfluenced by any personal
feelings toward the farmer, should come to such
different conclusions. That there might easily be
a similar difference in the reports of different inspec-
tors is quite evident. In such a case either an in-
justice is done to the farmer or to the public. My
objection is that there is too much guesswork, too
much is left to the accidents of personal judgment.
Some time afterward, my friend and I went through
another stable, with score cards providing for more
explicit information. The cards allowed 40 points
for the stable out of a total of 100 points covering
all the conditions of the farm. In this case we reached
practically identical conclusions, one awarding 38
points and the other awarding 39 points.
It seems to me, therefore, a matter of considerable
importance, though little attention has as yet been
given to it, that there should be a uniform standard of
inspection based upon the best score card that can
be devised. The card used by the inspectors of the
Health Department of New York City, devised by my
friend Mr. Burton, is in many ways superior to any
other with which I am familiar, and I note with
282 THB COfilMON SSNSE OF THE MILK QUESTION
satisfaction that it was chosen by Dr. Coit for sub-
mission to the International Congress of the GauUes
de Lait, which met in Brussels in September, 1907/
The omission of any record of bacteriological examina-
tion is a weakness, however, in an otherwise almost
ideal card. In this respect the very admirable card
devised by Dr. Goler and used m Rochester is to be
commended. An ideal card, suited to all parts of the
country, could probably be debased by compounding
the best features of the two.*^
There has been somewhat of a t^dency of late,
among a section of the opportunists, to decry inspec-
tion and to question its value. That attitude cannot
be adopted, however, by any one who has a practical
knowledge of the subject. It may be very slow work,
it may be impossible to show the results in figures that
are convincing; but whoever will take the trouble to
go through the dairy farmmg districts with an open
mind upon the subject, interested only in ascertaining
the truth, will be astonished at the immense amount of
good accomplished by a few efficient inspectors. I
have gone through the farming districts of New York,
a stranger, entirely unknown to the farmers with whom
I have talked, asking all sorts of questions and going
through all sorts of farms. Invariably I have found
that the inspectors leave a well-marked trail of im-
provement behind them — I speak of the inspectors
* See Appendix II.
0T7TLINES OF A POLICY OF REFORM 283
sent out by the Health Department of the City of New
York, for I rarely heard of the state inspectors.
Wherever I have gone, I have found the careless
farmer and the ignorant fanner embittered because
the inspectors — "Darlington's Devils" they are
often called — had compelled them to be more care-
ful in handling the milk or keeping their cows. On
the other hand, I have found the careful and com-
petent farmers, especially the younger men, appre-
ciative of the importance of strict cleanliness, often
grateful for advice given by the inspectors, and less
inclined to complain of ''red tape" and ''fads" than
the others. Above all, I have never heard any sug-
gestion of graft, though I have pushed inquiries in
that direction very far^ Of the few places visited
in Pennsylvania much the same might be said. Wher-
ever I heard condemnation of Dr. Dixon's policy, or
of his inspectors, it was from, men who obviously be-
longed to the reactionary, slovenly school of farmers.
Personally, I look mainly to increased and more
efficient inspection for the improvement of our public
milk supply. Not the old-fashioned inspection which
aimed mainly at catching culprits, but the more effi-
cient inspection which seeks the intelligent coopera-
tion of the farmer, the inspection which lays most
stress upon education and least upon persecution.
The most efficient worker for reform is not the sharp-
nosed inspector who catches the occasional culprit,
284 THS COBiMON SSNSE OF THE MILK QUESTION
but the man who can win the confidence of the
farmer; the man who can successfully appeal to his
good sense and show him the practical advantages
which arise from the observance of certain elementary
rules of hygiene. It must have been some such in-
spector a dairyman told me about in the neighborhood
of Media, Perm. " I would rather see the inspector
come to my place than almost anybody I know. He
has taught me things worth hundreds of dollars to
me/' he said.
v
How far the cities may depend wholly upon the
state inspectors to properly safeguard the production
of the milk they consume is a question which every
city will have to decide for itself. Certainly not until
the inspection by the officials of the state is so perfect
that city inspectors would be a waste of time and
money, will it be advisable for the cities to give
up the present general practice of having a staff of
inspectors divided into two divisions, one for the
inspection of dairies in the city limits, receiving sta-
tions, and all places where milk is sold, the other for
country inspection, of farms, creameries, and so on.
I am inclined to think that it will always be well —
at least in the case of the larger cities — to have some
city inspectors at work in the districts where the milk
is produced, as a sort of check upon the inspectors
working under direction of the state. I do not sug-
OUTLINES OF A POLICY OP RBPORM 285
gest that the cities should trust too implicitly the
state inspectors.
At the same time^ it is evident that the burden of
inspection falls too heavily upon our cities at the
present time. I take the case of New York City
as an illustration^ because I am more familiar with the
details of its system of inspection; and because the
situation in other large cities is dififerent only in de-
gree. A very brief summary of conditions will suflSce
to show how enormous the problem is in a great city.'
The daily milk supply of New York City averages
about 1,600,000 quarts. This great ocean of milk is
drawn from more than 35,000 farms, shipped through
some 700 creameries. These farms and creameries
are located in Vermont, Massachusetts, Connecticut,
Pennsylvania, New York, New Jersey, and Ohio.
It will be seen at once that the health authorities
of the city have no legal powers in other states. As a
matter of fact their authority is confined to the geo-
graphical limits of the city. But the Sanitary Code
of the city of New York provides that "No milk
shall be received, held, kept, offered for sale, or
delivered in the city of New York without a permit
from the Board of Health."
Herein lies the power of the Board of Health in
sending its inspectors outside of the city limits, even
into other states. It can refuse a permit for the
milk to enter the city until satisfied that it is produced
286 THE COMMON SENSE OF THE MILK QUESTION
under proper conditions, or it can rescind a permit
once given. To safeguard the interests of the city
there are some thirty-five inspectors of food detailed
to milk inspection. Eighteen of these are engaged
in the city, looking after the conditions in the railroad
terminals where the milk arrives at night, seizing and
destroying all that is above the legal temperature.
They must also inspect all depots, trucks, retail
wagons, stores where milk is sold, the condition of
cans and bottles being returned to the country —
in short, all the conditions of the milk supply after
it reaches the city are subject to their inspec-
tion.
If a householder complains of the quality of the
milk supply, either by letter, by telephone, or in per-
son, the complaint is promptly investigated. Sam-
ples are secured and such action as may be necessary
is taken. Some of the inspectors are detailed to the
work of taking samples for bacteriological examinar-
tion and analysis. When there is an excessive bac-
terial count reported, the report is made the basis of
an investigation of the conditions at the place where
the sample was taken, or the dealer from whom the
milk was obtained. Then the matter is turned over
to the country inspectors, who pursue the investiga-
tion at the creamery from which the milk came and
thence back to the farms from which the creamery is
supplied. And whenever a case of typhoid occurs in
OUTLINES OP A POUCT OP REPORM 287
the city^ it is tabulated and the source of the milk
supply ascertained. If several cases occiu* among the
patrons of any retailer, this is regarded as a sufficient
reason to suspect the milk supply, and a careful inves-
tigation of the retailer's methods and of his source of
supply is made through the country force, going right
back to the farms.
From this account it will be seen that the require-
ments of city inspection in any city — for these things
are just as necessary in a city of seventy-five thousand
inhabitants as in New York — are many and complex.
That they might be considerably simplified is unques-
tionable. The retailing of ''loose" milk, for example,
might well be restricted, and certainly ought never
to be permitted by pedlers. Further, the sale of
milk ought to be prohibited in stores where other
than dairy products are sold, except, of course, milk
sold in restaurants and the like to be consumed on
the premises. The sale of milk in grocery stores is
an almost unmitigated evil. It is conceivable, then,
that the number of milk retailers could be greatly
reduced. There is no good reason why New York
should have from twelve to thirteen thousand places
where milk is sold. True, there would be some
objection to any attempt in the direction of lessening
the niunber, on the ground that it crushed out small
dealers and tended to the centralization of the trade.
But that is the law of progress, in distribution as well
288 THE COBOION SENSE OF THE MILK QUESTION
as in production. The small fanner and the small
retailer must go!
The amoimt of work performed by these city inspec-
tors in New York is enormous. Figures give a very
inadequate idea of the work, though the fact that they
make annually something like one hundred and six-
teen thousand inspections is impressive. Still, it is
recognized that work is inadequately done, and the
constant cry is for more inspection — for more money
and more men. Sometimes the cry is raised that men
should be taken away from the country work and used
in the city, but those who raise the cry have never
taken the trouble to understand the situation. Noth-
ing could be more foolish than to. lessen the rigidity
of the inspection at the farms and creameries. So
long as our milk supply continues to be produced as at
present there will always be the necessity of a very
costly system of inspection.
To realize the great importance of the country in-
spection one has only need to consider the case with
which the outside work of the New York Health
Department practically began. It occurred toward
the end of 1904. One of the inspectors went into
a creamery and found the manager in the act of adul-
terating the milk. In the centre of the creamery
there was a well which acted as a cesspool for the
drainage from a badly broken and filth-saturated
floor. Off from the main room of the creamery, in
OUTLINES OF A POUCY OF REFORM 289
a smaller room, the inspectors found a small keg of
formaldehyde and a cask of " Lactine/' a coloring used
in the adulteration of cream and milk. It developed
that when the manager had notified the proprietors
of the creamery that he was without an ice supply,
they had answered him by sending the keg of for-
maldehyde with instructions how to use it, which
he had done regularly. Skim-milk was regularly
colored up with "Lactine" and shipped to the city
as pure milk, while the bottles were all washed in
water taken from that contaminated well which
was practically a cesspool. The inspectors found a
large shipment of milk from this creamery upon the
platform ready for the New York train, whither
they followed it, and, finding it adulterated, seized
and destroyed more than sixty cans of the stuff. Of
course, the permit of that company was revoked.
Now, it is doubtless true that this was an excep-
tionally bad case. It taught New York the value of
country inspection as no amount of arguing could
have done. It was a lesson that went home. I do
not think that I am violating any confidence when I
say that all kinds of influence were used to stop the
Health Commissioner from pursuing the radical course
thus begim, but to no purpose. Fifteen inspectors
dividing their time between 35,000 farms and 700
creameries scattered through seven states is, natu-
rally, an altogether inadequate staff. Making rather
290 THE COMMON 8BK8B OF THE MILK QUESTION
less than 25,000 inspections a year, they must leave
some places uninspected and they have little oppor-
tunity for reinspections. When one thinks of it,
there is something radically wrong in a system which
compels the city of New York to send its inspectors to
Vermont and Ohio to make sure that the milk is pro-
duced under decent conditions. Testing the herds
for tuberculosis is a state function and sanitary inspec-
tion ought to be. As the states become more and
more conscious of their duty in the matter, and develop
their systems of inspection, the cities will be relieved
of a great deal of needless expense. How the neglect
of the states burdens the great cities we see in the case
of the part of its milk supply which New York draws
from Pennsylvania. As the state improves its meth-
ods of inspection it becomes less important for New
York inspectors to devote their time to that state.
A similar improvement in the other states would make
it possible for New York to use most of the force at
present employed in the country division upon the
work of city inspection. In other words, New York
City has to pay for the negligence of New York State
and other states.
To sum up the whole matter : If the testing of herds
so as to secure a milk supply drawn from perfectly
healthy cattle is the first article in the creed of the
milk reformer, the second is efficient inspection to in-
sure perfect sanitary conditions at every point, from
XXVI. (a) A Modes
I Railroad Milk Station — Nm
1
OtITLINEB OF A POLICY OF REFORM 291
the COW to the consumer. Filthy and impure milk
cannot be made safe by any process of pasteurization
or sterilization, and the logical thing is to aim at clean,
wholesome milk. Without deprecating pasteurization
in any way, it can be safely said that the protection
of the general milk supply and its improvement can
best be secured by proper state and federal legislation
looking to the eradication of tuberculosis and other
diseases from dairy cattle; the exclusion of all per-
sons suffering from infectious or contagious diseases
from any direct connection with the production or
distribution of milk ; the adoption of a uniform score
card as a standard for inspectors; the thorough
inspection of all the conditions under which milk is
produced, shipped, and sold. And this creed can be
reduced to two words, ''health" and ''cleanliness."
VI
I do not believe that any city should pasteurize,
or compel to be pasteurized, all its milk supply, except
under exceptional conditions, as a temporary measure.
I can very well imagine a condition arising which
would make it absolutely essential that all milk com-
ing into a city should be pasteurized, but that condi-
tion does not normally exist in this country, where,
in spite of everything, our milk supply is equal to
that of any other country in the world. In this I
have been compelled to differ from many of my
292 THE COMMON SENSE OF THE MILK QUESTION
friends in the movement for milk reform who demand
compulsory pastemization of the entire milk supply
of our cities. That seems to me to be a retrogressive
step and not a progressive one.
The municipalization of the entire milk supply of
any large city is out of the question for many years
to come. But I do believe in the establishment of
municipal farms for producing, under the very best
conditions and most scientific direction obtainable,
the milk necessary for such municipal institutions as
hospitals and asylums, and for such other institutions
of a like nature which may not be actually under
municipal management and control, but which are
essentially public institutions. As I have tried to
show,* siich a system of municipal production would
not only make it possible for these institutions to se-
cure a pure and wholesome milk supply, but would
also set a standard for private enterprise to follow.
That the proposal is a perfectly practical one the
experience of English cities shows.
I believe as firmly as any of the advocates of
pasteurization that, until we can get a better milk
supply than any city now has, wise parents will pas-
teurize the milk fed to their infants. Even if I lived
in Rochester, I think I should continue to pasteurize
the milk given to my baby, unless I could get a supply
of extraordinasy pm-ity and cleanliness. Therefore
♦Chapter VIi: '
. OUTLINES OF A POLICY OP REFORM 293
I believe in the establishment of infants' milk depots
as one of the most important means of lessening infant
mortality. I imagine that there are very few cities
having a population of more than twenty-five thousand
in which there is not a need for such depots.
I am clearly of the opinion, moreover, that these
should be in all cases established and maintained
by municipal authorities rather than by private phi-
lanthropy, for reasons already stated in another
chapter. Under present conditions, and probably for
many years to come, pasteurization of the milk sup-
plied at these infants' milk depots will be necessary
in most cases. There are doubtless many cities which
will need to adopt pasteurization only temporarily,
if at all. Where there is a comparatively small city,
having a high standard of citizenship and better
housing conditions than those which exist in the
larger cities, and where the milk supply is produced
within a short distance from the city limits, making
its control relatively easy, there ought to be no
difficulty about getting a milk supply of a high aver-
age standard of excellence, and a special supply for
the infants' milk depots so pure as to need no pas-
teurization.
I choose for illustration a typical Southern city,
the city of Savannah, Ga. How far the conditions
which Professor Doane described as existing there
three or four years ago * still exist I am unable to
294 THB COMMON SENSE OF THE MILK QUESTION
judge. From one correspondent of good judgment
I learn that there has been '^ considerable improve*
ment/' while another assures me that '' things remain
in about the same bad way." This is immaterial,
however, for my purpose. I desire simply to use the
city as an illustration. Here we have a population
of between fifty and sixty thousand, with many cows
kept in the city limits by private families, the rest
of the milk supply coming from herds kept within a
few miles of the city. With no milk inspection, Pro-
fessor Doane found that it was quite common for
dairymen to water, skim, color, " preserve," and other-
wise adulterate their milk. So poor was the milk
supply that physicians almost invariably preferred
condensed milk for infant feeding, and very few in-
fants were fed upon cow's milk. These are, of course,
the conditions of a small city at their worst. In such
a city, it seems to me, the first need is a campaign of
education and the organization of its public-spirited
citizens for reform. The establishment of infants'
milk depots would seem to be one of its most pressing
needs, and I should say that, for some time, it would
be necessary to pasteurize the milk supplied by such
depots. But, with the sources of supply so near
and so easily controllable, pasteurization ought not
to be regarded as a permanent condition, but as a
temporary expedient. It should be possible to obtain
in a very little while a supply of milk for the depots
OUTLINES OF A POUCT OF REFORM 295
80 pure that pasteurization would be unnecessary
and foolish.
Upon these general lines, it seems to me, our cities
must proceed. Infants' milk depots are generally
necessary, and in most of the large cities, as well as
in many of the small ones, conditions are such that
pasteurization of the milk supplied for infant feeding
seems to be inevitable for a very long time to come.
While this should be regarded as an evil to be over-
come, and efforts to obtain a pure supply should be
made, in my opinion it is necessary to recognize the
condition — and to pasteurize. In our great cities,
without exception, there ia need for a chain of such
depots at which parents can obtain satisfactory
food for their infants. I protest against the taint of
charity in connection with such depots, for they are
as necessary to the fairly well-to-do citizen as to the
poorest. In the homes of the wealthy, where ex-
pense is not considered, where trained nurses and other
competent help are available, there is a chance to
obtain milk of a high grade and to modify and pas-
temize it skilfully and under aseptic conditions. But
this is practically impossible for all except the wealthy
few, for the great mass of ordinarily prosperous
families not less than for the poorest. Such depots
should, in my judgment, be imder medical super-
vision, nurses and physicians being employed in con-
nection with them to advise mothers concerning the
care of their babies.
296 THE COMMON 8EN8S OF THE MILK QUESTION
Connected with the infants' milk depots in the laiger
cities I should like to see something like the French
Cansidtations de Nourrissons, described in Chapter
VIL It may not be necessary to follow the French
method exactly, but the principle of having incor-
porated into the system of providing proper food for
infants some plan for the encouragement of breast-
nursing seems to me a good one. It is my firm con-
viction, based upon long and careful study of the
problem, that a great deal may be done to lessen
infantile mortality by means of education. The
mothers need educating, and it has been shown that
breast-nursing, the natural way of feeding a child,
can be promoted by education. At the risk of some
rather tedious repetition, I would remind the reader
that this question of breast-nursing goes to the
roots of the evil. It is no accident that the infant
death-rate in such a crowded ward of a great city
as the Cheetham Division of Manchester, England,
should be the lowest in the city. The Jewish mothers
there, as a rule, suckle their infants. It is not an ac-
cident, either, that similar conditions are found in
the crowded districts of the East Side of New York
City, where the infant mortality is lower than for the
whole city, or that the infant death-rate in Ireland
is low. Breast-nursing is the explanation.^ What-
ever can be done, therefore, to promote breast-nursing
should be done.
OUTLINES OF A POLICY OF REFORM 297
VII
It is rather fashioimble to speak pessimistically of
the great problem of maternal education. Every-
body recognizes the need for such education of the
mothers, but there is very little faith shown in any
comprehensive programme aiming to provide the
education. As an abstract proposition, every one
agrees with the statement that mothers need educa-
tion, but it is relatively difficult to get up any interest
or enthusiasm when practical measures are proposed.
Nevertheless, in outlining these suggestions for a pro-
gramme of reform, I desire to lay special emphasis
upon this aspect of our problem. Given the purest
possible milk supply, and the most efficient system
in the world, if the mothers do not know how to take
care of the milk, a great deal of the social effort and
care will be utterly wasted and lost.
It is not merely among the much patronized ''poor"
of our cities, who have come somehow to be regarded
as rather less than human, that there is maternal
ignorance. The evil is by no means confined to that
class for whose benefit social settlements and similar
institutions are established. In the course of an
address to the members of a fashionable church not
long ago, I remarked that in many of the essentials
of motherhood they could learn from the poorest,
and that it might not be a bad idea for some of the
298 THE COMMON SENSE OF THE MILK QUESTION
East Side mothers to establish a social settlement for
the wealthy mothers of Central Park West. Maternal
ignorance is fairly well distributed among the classes,
but the wealthy few can, and do as a rule^ engage
trained and competent nurses. If we leave this class
out of question, their children being provided for, it
will be found that education is the great need for the
mothers of the rest of the community.
Everywhere there is ignorance of the most ele-
mentary principles of infant care and feeding. Among
the poorest of our immigrants, accentuated by poverty
and squalor, ignorance shows itself more, but there' 19
an appalling amount of ignorance among mothers
higher in the social scale. Many of the underfed
children in our schools come from homes where there
is no poverty, except poverty of intelligence on the
part of the mothers, and some of the worst instances
of maternal ignorance I have ever heard of have been
among the fairly well-to-do.
Can anything be done to educate the mothers?
To that question I unhesitatingly give an afiirmative
reply. I think we begin too late when we begin with
the mother, that we ought to have begun with the girl
long before she became a mother; but it is possible
to do a great deal in the way of educating mothers,
a work in which public authorities and voluntary
agencies can imite. In Australia, for example, as
soon as a baby is bom the health authorities are
OUTLINBS OF A POLICY OF RBFOBM 299
notified by telephone, and, as soon as possible, a lady
''nurse inspector" visits the home and sees that
everjrthing is all right. Where the mother seems to
need her assistance, the nurse inspector gives it ; and
if it develops that the mother needs instruction, as
most do, friendly visits of the nurse inspector, which
are robbed of aU official appearance, are continued
as long as necessary. The system works well and it is
the universal testimony of those I have consulted
concerning it that this education of mothers is most
successful.*
In New York City, I have taken great pains to
observe the work of the special corps of niu'ses em-
ployed by the Health Department during the summer
months, and what has most impressed me has been
the educational side of their work. Few citizens, I
imagine, have any very clear idea of the work that
is done by these nurses in educating mothers. I have
seen a nurse teaching an Italian mother how to pre-
pare her baby's bed, for example, so that the child
could sleep restfully, and later seen the mother show-
ing several other Italian mothers how to do it. I
have seen mothers following every movement of the
nurse, as she cut off the clothes little babies had been
"sewed up for the winter" in and then properly
dressed them, with an intense interest which could
not be mistaken. The mothers want to learn and
are, therefore, teachable. One who has followed
300 THE COMSrON 8EN8B OF THE MILK QUESTION
the work of the corps of nurses and friendly visitors
employed by the New York Association for Improv-
ing the Condition of the Poor cannot fail to believe
in the practicability of educating mothers.
In this connection, the much-discussed ''Hudders-
field experiment'' is of interest principally because it
points to the union of municipal and voluntary forces
in a most successful undertaking. The city is divided
into nine districts. For each of these districts there
is a voluntary ladies' committee, made up of "lady
helpers" and a "lady superintendent." It is the
business of these voluntary agencies to cooperate
with the officials of the Board of Health in the follow-
ing manner : There are two lady doctors appointed
by the City Council, working under the immediate
direction of the Medical Officer. All births in the city
must be reported to the Medical Officer within twenty-
four hours, and it is the business of the lady doctors
to visit the newly bom infants and their mothers at
the earliest possible moment. They make it as much
as possible a friendly and informal call, giving advice
only where it seems to be necessary. They leave
with the mothers a few printed rules for the care
of the little ones and, if it seems necessary, repeat the
visits. Each Saturday the lady doctors place in
the hands of each lady superintendent a list of the
cases in her district where friendly visits are likely to
be helpful and appreciated. These cases are then
OUTLINES OF A POLICY OF BEFOBM 3Q1
divided among the assistants, each lady helper
undertaking to make periodic visits for a certain
period) usually a year, and to keep the case under
observation. The greatest possible care is taken to
avoid encroachment upon the domain of the family
physician, and to keep the visits upon a friendly
basis rather than an official one.
I regret that I am unable to speak of the Hudders-
field experiment from personal observation. At
first, upon reading an account of it in the Annual
Report of the Medical Officer of the city, I was in-
clined to question its practicability. It seemed to
me that there would inevitably be friction between the
visiting ph}rsicians employed by the Board of Health
and the family doctors, and also that the volunteer
visitors would be likely to offend many mothers by
their tactlessness. I submitted these matters to a
medical man of standmg in Huddersfield and he
assured me that, in his experience, neither of the
difficulties had arisen, and that the plan was working
splendidly and accomplishing great good. Since it has
been in operation only two years, it is too early to
attempt a statistical measure of its value, but the
Huddersfield authorities seem to believe in it and to
expect great results from it.*
One thing is evident from these fragmentary ex-
I)eriences and experiments, namely, that the great
majority of mothers are fully aware of their need of
302 THE COMMON SENSE OF THE MILK QUESTION
education and willing to receive it. That, I take it,
is the most promising condition that could be desired.
In every city in the land I should like to see some
effort made to develop a comprehensive, practical
plan for the education of mothers in the essentials of
motherhood. Until we can accomplish this, babies
will continue to die needlessly, victims of ignorance
and social helplessness.
But why should we begin education after mother-
hood has been reached? Is it idle to hope that we
shall yet develop our educational system so that our
girls will not enter wifehood and motherhood — as
most of them must — so utterly unprepared and un-
fitted for their life work ? Is it too much to expect
that some means will be devised to give them a
practical education in these matters? No girl,
it seems to me, ought to leave school until she has
learned how to cook simple and wholesome food in
a practical and economical manner ; how to sew and
mend; how to wash and dress, feed And manage,
infants and young children. She should know, from
actual practice, how to do these things, and how
to clean a house properly. She should have a stand-
ard of cleanliness — for, alas I the house which many
regard as being very clean is really very dirty. She
should know something of the values of foods, and,
especially, the dangers which may be incurred
through contamination. She should know some-
OUTLINBS OF A POLICY OF RBFOBM 303
thing of sexual physiology, as, indeed, should our
boys.
To put the whole matter in a few words, our girls
should know enough before they enter upon wife-
hood to avoid the awful mistakes for which such a
terrible price in baby lives is now paid. Among the
greatest defects of our civilization to-day is our failure
to fit for parental responsibilities the boys and girls
who go through our schools.
vm
In this chapter I have tried to indicate, very briefly
and simply, the most important features which a
practical programme of reform should embrace. I
do not expect that it will be adopted in its entirety
by any city; nor do I expect that it will escape crit-
icism. But, in the main, it represents, I believe, the
consensus of practical and expert opinion upon a most
important problem. I believe, too, that upon the
lines indicated a programme can be framed to suit
the needs of each individual city upon which all
sincere friends of milk reform can unite. Such unity
of forces is above all things else desirable, and if this
study, inadequate as I know it to be, helps to create
that unity, I shall feel abundantly repaid.
Healthy herds — efficient inspection — insistence
upon cleanliness and careful handling of the milk —
304 THE COMMON SENSE OF THE MILK QUESTION
municipal farms for providing public institutions —
infants' milk depots for the sale of properly modified
and pasteurized milk for babies — education of the
mothers and of the girls before they reach wifehood
and motherhood, — such are the principal features
which must be included in our campaign for the reform
of our public milk supply and saving the babies.
I have been asked many times whether the ordinary
farmer will be able to meet the conditions which it
will be necessary to impose upon the production of
milk, and I frankly reply that I cannot believe he will.
The small farmer, in my judgment, will be unable
to do all that will be demanded. Like the small
retail stores, the small dairy farms will, in all probabil-
ity, be forced out of existence. Not this year or next,
perhaps, but sooner or later. It is inevitable. With
our present unorganized production and distribution
of milk, it will be impossible to carry reform very far
without raising the price of milk to a very injurious
and deplorable standard. And to greatly increase
the price of milk means that the babies will perish
for want of milk — if, indeed, there is not a revolt
which will sweep aside the reformers and their schemes
of reform.
But I differ from many careful students of the
problem in believing that, given proper organization,
a satisfactory milk can be produced even more
cheaply than the poor and contaminated stuff now
OUTLINES OP A POLICY OP REFORM 305
sold in our cities. I believe with Sir Richard Douglas
Powell that "scientifically conducted dairy farms on
a large scale, with urban depots for the reception and
distribution of piu'e milk in clean bottles," could be
made to pay without any excessive prices." I
should like to see the experiment tried by a sort of
"model milk trust," organized upon much the same
lines as the various model tenements associations.
Given the necessary capital, it would be perfectly
possible, I believe, to have large, scientifically con-
ducted farms within a reasonable distance of the
cities, and a system of retail establishments of the very
highest type scattered through the cities, supplying
milk of a much higher standard of purity and excel-
lence than is now supplied anywhere in the world —
except in a few cases where small quantities are sup-
plied to a few rich people at fancy prices. I believe
that it could be done, even in competition with the
ordinary milk of commerce, at a fair profit. When
one considers the wastefulness of present methods,
this does not seem an unreasonable hope, for the
economies which could easily be effected would more
than compensate for the additional expense incurred
in protecting the supply.
In the campaign for a better milk supply, especially
for the protection of our babies from unnecessary
disease and premature death, we need the earnest
cooperation of all the constructive forces in society.
306 THE COMMON SENSE OF THE MILK QUESTION
CSvic loyalty, paternal and maternal love, and en-
lightened minds are needed to solve the great prob-
lem which, unsolved, demands so many innocent little
lives as tribute for our failure to solve it. Shall we
have a clean milk supply? Shall we have a safe
supply for our little ones?
It 18 for America to answer!
APPENDIX I
Milk as a Carrier of Infsctious Diseases
Milk may acquire infective properties after it leaves
the udder of the animal. Numerous instances have been
observed in which outbreaks of typhoid fever, scarlet
fever, and diphtheria, by their sudden and explosive
character, affecting families living in streets and locali-
ties supplied by the same milkman, naturally pointed to
the milk supply as a common cause. Dr. Michael Tay-
lor, however, was the first physician (in 1857) to point
out definitely that cow's milk might serve as a medium
of spreading typhoid fever from a dairy where the dis-
ease prevailed. In 1867 he also showed that scarlet
fever might be distributed in the same way. In 1877
Jacob traced a diphtheria epidemic at Sutton, England,
to the milk supply ; and in 1872 Macnamera traced an
outbreak of cholera at Calcutta, India, to an infected
dairy. These facts could not fail to sharpen the powers
of observation in others, and in consequence similar
outbreaks were more frequently reported, so that Dr.
Kober was enabled to present to the International Medi-
cal Congress, held in Paris in 1900, the history of 195
outbreaks of typhoid fever, 99 of scarlet fever, and 36
of diphtheria, all traceable to the milk supply.
It has been demonstrated that disease germs may not
only survive, but in many instances actually proliferate,
in the milk, and it is not a difficult matter to point out
the many ways by which these germs gain access, espe-
cially when some of the employees are also engaged in
ao7
308 APPENDIX I
nursing the dicky or are suffering themselves from some
mild infection while continuing their duties, or are con-
valescent from disease, and thus infect the milk in han-
dling it.
It is quite conceivable how animals, in wading in filth
and sewage-polluted water, may infect the udder, and
through it the milk, with the germs of typhoid fever.
We can also appreciate how infected water may convey
the germs when used for washing the utensils or in de-
liberate adulterations. Infection may also take place
through the agency of scrubbing brushes, dishcloths,
flies, and exposure to infected air.
MILK-BOBKB TYPHOID FEVEB BPIDEMIG8
Of the 195 epidemics of typhoid fever tabulated by
Dr. Kober, there is evidence in 148 of the disease hav-
ing prevailed at the farm or dairy. In 67 instances
the infection probably reached the milk by percolation
of the germs into the well water with which the utensils
were washed; in 16 of these the intentional dilution
with water is a matter of evidence. In 3 instances the
BaciUv^ coli communis and the t3rphoid germs were
demonstrated in the suspected water. In 7 instances
infection is attributed to the cows wading in sews^ge-
polluted water and pastures; in 24 instances the dairy
employees also acted as nurses ; in 10 instances the pa-
tients while suffering from a mild attack, or during the
onset of the disease, continued their work; and those
who are familiar with the personal habits of the average
dairy hands will have no difficulty in surmising the man-
ner of direct digital infection. In t>ne instance the milk
tins were washed with the same dishcloth used among
the fever patients. In 2 instances dairy employees
APPENDIX I 309
were connected with the night-soil serrice, and in
another instance the milk had been kept in a closet in
the sick room.
In the recent exhanstive investigation conducted by
the Public Health and Marine-Hospital Service the com-
mission definitely traced 85 of the 866 cases of typhoid
fever in the District to the use of infected milk.
MHiK-BOBKB SCARLET FEVEB EPIDEMICS
Of the 99 epidemics of scarlet fever the disease pre-
vailed in 68 instances at the dairy or milk farm. In 6
instances persons connected with the dairy either lodged
in or had visited infected houses. In 2 instances the
infection was conveyed by means of infected bottles or
milk cans left in scarlet fever houses. In 17 instances
the infection was conveyed by persons connected with
the milk business while suffering or recovering from the
disease, and in at least 10 instances by persons who
acted as nurses while handling the milk. In 3 instances
the milk had been stored in or close to the sick roouL
In 1 instance the cans had been wiped with an infected
cloth. (In 19 instances the infection was attributed to
disease of the milk cows, such as puerperal fever and
inflammation of the udder and teats; but these out-
breaks were probably not genuine scarlet fever, but a
so-called streptococcus or staphylococcus infection, the
symptoms of which closely resemble those of scarlet
fever.)
MILK-BOBNB DIPHTHBBIA EPIDEMICS
Of the 36 outbreaks of diphtheria, there is evidence
that the disease prevailed at the dairy or farm in 13
instances. In 3 instances the employees continued to
310 APPENDIX I
handle the milk while suffering themselyes from the
disease. In 12 instances the disease is attributed di-
rectly to the cows having inflammatory conditions of the
teats and udders. (These instances, howeyer, may be
regarded as typical examples of streptococcus and
staphylococcus infection, giving rise to a form of fol-
licular tonsilitis or pseudo-diphtheria, often difficult to
distinguish clinically from true diphtheria or scarlet
fever.)
In addition to the foregoing diseases there are re-
corded a limited number of outbreaks of cholera which
have been traced to milk infection through various chan-
nels already referred to, chiefly in handling with in-
fected fingers, by contaminated water, and the agency of
flies. There is also reason to assume that the organism
of cholera infantum and the infectious agent of smallpox
may find in milk a suitable medium for growth and
transmission.
It is interesting to note that of the 330 epidemics
analyzed by Dr. Eober, 243 have been recorded by
English authors, 52 by American, 14 by Qerman, 1 1 by
Scandinavian, and 5 each by French and Australian
writers. This is probably due to the fact that the Eng-
lish and Americans usually consume raw milk, while on
the Continent the milk is rarely used without being
boiled.
— From Sanitary Milk Produotion. Report of a Conference
appointed by the CommiasioneTB of the District of Columbia,
witli accompanying papers. — Circular 114« Bureau of Animal
Industry, August 20, 1907.
At the time of going to press with this volume, the
*' Report on Milk in its Relation to Public Health,^' by
Surgeon General Walter Wyman, of the United States
APPENDIX I 311
Public Health Seryioe, has not been published. To-day,
March 5th, 1908, as the last proofs are being read, the
2^ew York Times contains the following statement, plainly
indicating that the position taken in this volume is, in
the main, supported by this federal investigation : —
500 EPIDEMICS FROM MILK
SxTBOEON General Wtman Reports Results or
! Federal Investigation
Washington, B.C., March 4. — Snigeon General Walter
Wyman of the Public Health Service to-day submitted to Secre-
tary of the Treasury Cortelyou a *' Report on Milk in its
Relation to Public Health." The report is the result of an
investigation ordered by President Roosevelt and conducted by
Federal experts.
In his introduction to the twenty-two treatises of the experts,
Dr. Wyman says : *' The steady decrease in general mortality
does not apply to the infants. It is recognized that gastro-
intestinal disease is the largest single factor determining infant
mortality. This enormous loss of potential wealth is of grave
concern to the state and worthy of most careful consideration.
It has been the object of this work to include all available data
showing the influence of milk as a carrier of infection and the
measures necessary in consequence.''
The Surgeon General writes : —
"Dr. Mohler points out that probably the most important
disease of cows from the standpoint of pubUc health is tubei^
culosis, and that it is the most prevalent. He insists that all
milk should come from either tuberculosis tested cattle or be
subjected to pasteurization.
** References will be observed to the achievements of Mr.
Nathan Straus in promoting the use of clean pasteurized milk
for infants and the establishment of infants' milk depots both
in the United States and abroad, and it is proper here to give
recognition to his philanthropic and successful efforts."
312 APPENDIX I
The report contains an amazing array of evidence of the
responsibility of infected milk for epidemics of typhoid fever,
scarlet fever, and diphtheria. Past Assistant Surgeon General
John W. Trask has tabulated the data of 500 epidemics that
were definitely traced to the milk supplies, including 317
typhoid epidemics, 126 scarlet fever, 51 diphtheria, and 7 of
pseudo-diphtheria, or epidemic sore throat.
APPENDIX II
Score Cards — I. Boghester
Rochester Barean of Health. Division of Milk Ias|»ectioo
Inspector Date 190
Date
Vame Town P. 0. Address
Marketed Sise of StaUe Containing Fresli Cows. ..Dzy Cows. ..
n. a
b
e
d
IIL a
b
c
«
IT. a
V. a
c
d
1 rSeparate Place for Galvlnff 1
S " Buildinff for Sick CowB 4
8 J Health and Comfort of Cows (Dedoct not to
exceed 46) 20
Tnberealoals Teat (each cow not Tested
takes off 80 diyided by n umber of cows) . . 20,
Location on Hill or Slope 5'
Window Space for Eacn Cow. 4 square fiset
counts 10; 8 square fMt T.6; 2 square
feet 5 ; 1 square foot 2.6 10
EfBdent System of Ventilation
Cubic feet of Air for each Cow, 460 oonnts 10
for each 26 feet less, take off 1
J Food 10 »
lof ••••
9
.10
.•loj
f Water— dean
Total.
—Cleanliness of Cows
J Shavinprs for Bedding 6
1 Clean Stalls and Passage Ways 16
—Barnyard and Pasture Clean
1 Presence of Cobwebs
Presence of Dust
Presence of Odors
Total
}■■
m m t
...
(Good cleaning of Utensils 10)
) Sterilizing Utensils 80 f "
1 Plentiftil Supply of water 10 )
( Location ana Ttoteotion ot source 15 ) * "
—Inside of Utensils kept free lh>m Dust after
Sterilizing ,
—Small Top Pail ,
Total ,
# ■ • • •
20)
— Healtii of Employees
( Wearing Clean Washable Suit
< Washing and Drying Hands before and
( during Milking
(Washing Udder 16)
1 Discarding Fore Milk 10 f""
Total
1— Prompt and Efficienti
Cooling in an hour to
2— Holding Milk at Low
Tern. In Transporta-
tion at
40O counts 40:460-86;
eOO-80; 65^-26 ;fl0o.
20: 660-I6: 700-10
and aboTC tO^-O. . .
l\
Banltory Condition of Milk Boom 16 )
Proteotton by Lock or Seal from Opening Cans 6 ) " "
Total
PSBFaOT
46
Total or all.
85
20
"100
"io
20
20
80
"100
40
25
20
15
100
45
80
25
loo
40
40
16
6
100
SOOBS
{480 and each
460 division
400 is
Below 400
flK)
80
60
Below 60..
813
600
An<i f Below 26,000.. Excellent
ronnti " 60.000.. Good
Count< .. 75;ooo.. Medium
314
APFENDIX II
SoosE Cabds — 11. New York
FIUHo.
F«r«Mt8eoMlOO%
Boore Allowvd..... %
DEPARTMENT OF HEALTH
OITT OF HSW TOBK
Dairy Intpeetloii
DtrltloB of IB^poetloBt
100
1 Inspection No Time A. P. M. Date
2 Tenant P. O. Address
8 Tovi^ship Coanty State
4 Owner Party Interyiewed
6 Milk delivered at Since
Formerly delivered at •
6 Creamery on B. B. Branch Miles to N. T.....
7 Creamery operated by Address
8 Distance of farm from creamery Occupied farm since
No. of Cows Breed No. Milking
Quarts milk produced ^ .
10 All persons in the households of those engaged in producing or
handling milk are free from all infectious disease
11 Date and nature of last case on farm
12 A sample of the water supply on this farm taken for analysis
190 ... . and f oun d tobe
18 Size of cow bam, length feet Width feet. Height
of ceiling
8TABLB
Cow Stable ts located on etoyttod ground with no
stagnant water, hog pen, or pri^ within 100 foot
Tloon are construotea of oonerete or tome non-
absorbent material
Floors are properly graded and water-tight*
Drops are oonstmcted of concrete, stone or some
non-absorbent material
Drops are water-tight
Feeding Tronght, platforms or cribs are well lighted
slean
U
15
16
17
18
19
90
81
andot
is.
.tight
Ceiling is constrncted of and
and dust proof
Celling is ft«e from hanging straw, dirt or cobwebs
Allow
APPENDIX II
315
n Vuaiiber of Windows totel iqiitfe Ibet whioh
is ...•uffldent
28 Window panes are washed and kept clean
M VeBtUfttioa eonsUtsof
which Is suffldent 8, flUr 1, Insaffldent
SO AirteACOls cable ibet per cow whioh is
saffident (600 and over —8) (600 to 600— 9) (400 to 600 — 1)
(nnderiOO— 0)
S6 Intorior of stoble painted or whitowaahed on which
Is MtlsfiMstorY S, flttar 1, never
87 Walls and LodgM are free from dirt, dust, maaue
or cob webs
88 Floors and Prsmisss are flree ih>in dirt, mbblsh or
decayed animal or Tegetable matter
89 Cow Bods are dean
80 LIto Stock, other than cows, are exdnded from
rooms in which milch cows are kept
81 There Is direct opening from bam into sUo or grain
pit
88 Boddinf nsed is dean, dry and absorbent
88 Separats Bnildinc is proTlded for cows when
sick
84 Beparato quarters are proTlded for cows when
calving
86 Xannn is removed daily to at least 900 ibet ftt>m
the bam ( ft.)
86 Manure pile is so located that the cows cannot get
at it
87 Uqnid Matter U absorbed and removed dally and
allowed to overflow and saturate ground under
or around cow bam
88 Rumlng Water supply for washing stables la located
within building
89 Dairy RvlOi of ttie Department of Health are posted
COW TABD
40 Cow Yard is properly graded and drained
41 Cow Yard is dean, &y and fi«e from manure
COWS
48 Cows have been examined by Veterinarian
Date. 190 — Report waa
48 Cows have been tested by tuberculin, and all tuber-
culous oows removed
44 Cows are all in good flesh and condition at time of
Inspection
46 Cows are all free from dinging manure and dirt
(No. dirty )
46 Long Hairs are kept short on bdly, flanks, udder
andtdl
47 Udder and Teats of cows are thoroughly deaned
before milking
48 All Peed Is of good quslltv and all grain and coarse
fodders are iree from durt and mould
49 DistiUery waste or any substenoe in a stote of fbrmentotion
or pntrelbction Is fed
60 Water Supply for cows is unpoUated and plentifril
PssrsoT
Allow
8
8
6
r
316
APPENDIX n
MILKBRS Ain> MILKINO
51 AttendAlltt are Id good physical oondltioa
68 Bpeoial MUklng Salts are used
08 Clotliliig of mukere la clean
64 Hands of milkers are washed clean before milking..
65 ig<iiH«£ is done with dry hands
56 Fore Ifilk or iBrst few streams from each teat is
discarded
57 Milk Is strained at and in clean atmosphere
58 Milk strainer is dean
59 Milk is cooled to below (XP F. within two hoars
after milking and kept below 50^ F. ontil deUvered to the
creamery
80 Milk from cows within 15 davs before or 5 dftys after par>
torition is discardea
UTBNSILS
81 MUk Plili have all seams soldered flash
88 Milk pails are of the small-moathed design, top
opening not exceeding 8 Inches in diameter. Diameter . . .
88 Milk palls are nnsed with cold water immediately
after nslng and washed clean with hot water and washing
solution
84 Drring racks are provided to expose mOk palls to
uesan
MILK HOUSB
85 Milk House is located on elevated groand with no
hog pen, manare pile or privy within 100 ibet
88 Milk nouse has direct commanication with
building
87 Milk house has sufficient light and ventilation
88 Floor is properly traded and water-tight.
80 Milk house is tret from dirt, rubbish and all material
not used in tiie handling and storage of mUk
70 MUk house has running or soil supply of pure clean
water
71 Ice is used for cooling milk and is cut firom
WATER
78 Water Snpply for utensils is from a located
feet deep and apparently is
pure, wholesome and uncontaminated
78 Is protected against flood or surlkoe drainage
74 There is privy or cesspool within 860 feetC*
feet) of source of water supply
75 There is stable, barnyard, or pile of manare or other
sooroe of oontaminatlon within 800 feet ( feet)
of sooroe of water supply
1
1
1
1
S
s
1
1
8
1
1
8
8
1
1
1
1
1
1
6
a
8
1
100
Aujow
•••••••I
>•■•••••
Inspector of Foods.
APPENDIX II
317
SooRB Gabds — III. U. S. Department of Agbiculture
UHITBD STATES DEPARTMENT OF AORICULTURS
BUREAU OP AimiAL lEBUSTRT. DAIRT DIYI8I0E
8AHITART lESPBCTIOE OF DAIRIES
Owner or lessee of farm :
Town: State:
Total No. of cows : No. milking: . .
Quarts of milk produced daily :
Is product sold at wholesale or retail ?
If shipped to dealer give name and address :
Permit No Date of
inspection :
190
Boobs
REMABVa
Perfect
Allowed
COWS
flmulltiAfi fSrt ■.•••...«.
fr-40
6
5
5
f ^
8-86
[ 6
5
6
0-ao
5
10-16
10
6
6-80
H«Alth (8^
f^iflanHnffc^ ,
^ITAiAr flnnnl V •..••••.....•..•..••
STABLES
fTlAA.1lMflMIA *^* ^.^^A.o.. ......
Xjght
VfintilAtinn ^4^
f^nhl^ anarrfi imup aow IK\ .•••....«.
HmriAviU itt iTiAnnrA fQi ...•....•••
Stabltt Tsrdfl)
MILK HOUSE
BrtnlninAiit (Si ....»..«....•..•«•.
mj^nlliMiiii
OftvM fttul jftlAAffillnAAA nf ntAiiMf1« . .
Water Supply (Tamp ^ F.).
MILKERS AED MILKIEO
HftAltli of ftttandAntA
Cl4wnHn4mtt of mllklnr
HAEBLmO THE MILK
Prompt and effldeDt ooottng
CTempentare of milk : <> F.).
storing at a low temperatore
ProtMtlon during transportation . .
Total Soomi
100
Sanitary conditions are — Excellent :. . . Qood : . . . Fair :. . . Poor u . .
Suggestions by inspector :
Signed: Jnspecior.
318 APPENDIX n
DISSCTIOlf 8 FOR SCORINO
00W8
Conditioil and BMlthlvlBMf. — Dadvet S polata If in poor flatly tad 8 points
If not taberoulin-tosted • 10
CleuiliiMM. — Cloaa, 5; good,4; Mr, I: bad, 5
Water Supply. — If oImii aad nnpollatad, 6 ; fldr, 8; ottMrwiM,0
8TABLBB
COBStnietioiL —For oemont floor (a)* in good oondition allow t points : Ikir, 1 ;
poor, 0; wood floor (6) or other material In good oondition, 1; ntr, ^;
poor, ; good tie (e), 1 ; good manger (tf), 1 : box stall (a), 1 6
Cloanlineat. -> If tboroaghly dean, Inelndlng floor (a), windows (&), and oell-
In^B (c),5; good, 4; medium, 8; ftir, 9; poor, 1 ; bad,0 6
Light. — Four square Ibet of glass pw eow, 6 ; 1 point off Ibr each 10 per oent
U'»s than 4 square feet per oow 5
YentiUtlon. — Oood ventilating system. 4 ; flOr, 8; poor, 8; bad, 4
Cubic Space per Cow. — If 600 onbio feet or over per eow, 8 ; leaa than 000
ami ovttr 4(K). 8; less than 400 and over 800, 1 ; lose than 800, 8
Removal of Xanuxe. — Hauled to field daily, 8; removed at least 80 fset fWmi
stable, 1; otherwise, 8
Stable Tard. — In good oondition («),%; well drained ((), ^ ; otherwise, 0. . 1
mLK HOUSB
Conatructlon. —Tight, sound floor, and not connected with any other bnfldlag
(a), well lighted (ft), well ventilated (c),%; id) it connected with another
bnlldln]? under good conditions, 1 : otherwiBe, ; (a) tf no milk house, 8
Bquipment. — Hot water for cleaning utensils (a), 1 ; cooler (5), 1 ; proper
palls (e) and strainers (d) used for no other purposes, 1 8
Cleanlineea. — Interior clean, 6; good condition, 4; medium, 8; Ihlr, 8;
poor, 1 : bad, 5
Care and CleaallBeee of Utenaila. — Clean (a), 8 ; kept In milk house or suit-
able outside rack (6), 8; otherwiae, 6
Water Supply. — If pure and clean running water, 5 ; pure and clean atfll
water, 8; otherwise, 6
IQLKQIQ
Attendanta. — Healthy 6
Cleanlineea of MiUdng. — Clean milking suits, milking with dean dry handa,
and attention to deamtness of udder and teats while milking. 10 ; no special
suits, but otherwise dean (a), 7 ; deduct 4 polnta fbr uncleanly teata (p) and
udder (e) and 8 potnta fbr undeanly hands (d) 10
HAMDUNO THB lOIX
Prompt and Bttdent CooUxig. — If prompt (a), 6; eflldent (b);itW*W,w
under, 5 ; over 00^ and not over KP, 4 ; over 09^ and not over 60^, 8 ; over
60<>, 0; if ndther prompt nor eflldent 10
Storing at Low Temperatore. — If fiO^ F. or under, 5; over 00^ and not over
6fl°, 4 : over NSP and not over 60®, 8 ; over 60®, 6
Protection during Tranaportation to Market. — If thoroughly protected
(iced), 5; good protection, 4 ; partly protected, 8; otherwise, 6
8C0RB ^^
If total score is 90 or above and eadi division 85% perflMt or over, the dairy Is
Bzoellent (entitled to registry).
If total score is 80 or above and eadi division 7S% perfoct or over, the dairy la Good.
If total score Is 70 or above and each dlvlaion 65% perfect or over, the dalnr is Fair.
If total scors is bdow 70 and any divldon ia bdow 66% perfect, the daixy is Poor.
♦The l<mii e, i, e, etp., riioold be entort^ en teore eerd te Shew eeadillen of dalnr, and
■0 euAared iboeld tlwf ladiealsa deioieecy.
NOTES AND AUTHORITIES
L The Rise in the Value of Babies
1. The Family, an Ethnographical and Historical
Outline, by Elsie Qews Parsons, Ph.D., 1906.
Das Kind in Branch und Sitte der Volker, by
Professor Ploss, ch. vii.
Principles of Sociology, by Herbert Spencer, vol. i.
2. The Children of the Nation, by Sir John E. Gorst,
1907, p. 16.
3. See speech of Dr. Northrup, Report of Milk Con-
ference, New York, 1906, p. 38.
4. Infantile Mortality and Infants' Milk Depots, by
G. F. McQeary.
Infant Mortality, by G. Newman, M.D., D.P.H.,
r.xv.o.E.
Gorst, op. cit.
Reports of the Royal Commission on Phjrsical
Training (Scotland) and the Interdepartmental
Committee on Physical Deterioration; Memo-
randum by Sir William Taylor, Director-Gen-
eral (British) Army Medical Service, in Par-
liamentary Paper, Cd. 1501. See also The
Bitter Cry of the Children, by John Spargo.
5. McQeary, op. dt., p. 2.
6. Idem, p. 11.
810
320 NOTES AND AUTHORITIES
7. Annual Report of the Medical Officer of Health,
city of Montreal, 1902.
8. Gorst, op. cU.j p. 16.
Poverty, by Robert Hunter, pp. 309-313.
9. Hunter, op. cit., pp. 304-^13.
Discussions in Economics and Statistics, by Fran-
cis A. Walker, vol. ii, pp. 417-426.
10. McCleary, op. dt., p. 12.
See also the Report of the Royal Commission on
the Decline of the Birth-rate and on the Mor-
tality of Infants in New South Wales, 1904,
11. Mankind in the Making, by H. G. Wells, pp, 80-
90.
12. Census of 1900, vol. iii, pp. li and lii.
13. The Wealth of Nations, by Adam Smith, vol. i,
ch. viii.
14. Quoted by Thirlwall, History of Greece.
15. Roman Imperialism, Lectures and Essays, by
J. R. Seeley.
16. The History of Rome, by Th. Monunsen, Book
V, ch. xi.
17. Adam Smith, op. dt., vol. i, ch. viii.
18. Parsons, op. dt., Lecture iii.
Other works used more or less freely include:
Vital Statistics, by William Farr; The Ele-
ments of Vital Statistics, by A. Newsholme;
The Infant, The Parent, and The State, by
H. Uewllyn Heath, D.P.H.
NOTES AND AUTHORITIES 321
Also the following journals : Jovmal of the Royal
Statistical Society, 1890; The Pedagogical
Seminary, 1903 to date; and the files of the
Popular Science Monthly.
n. When the Mothers Fail
1. For a fuller discussion of this subject, see The
Bitter Cry of the Children, ch. i.
2. Parsons, op. cU., pp. 44-59.
3. The Jewish Encyclopsedia, article Milk (vol. viii),
by Rabbi J. H. Greenstone.
4. Gorst, op. cit.f p. 21.
Report of the Interdepartmental Committee —
Evidence.
5. Jewish Encyclopsedia, article, cited.
6. Parsons, op. dt., pp. 26-27, 45-46.
Gorst, op. dt., pp. 21-22.
See also McQeary, op. cU., for the opinions of Dr.
Marfan and others.
7. Parsons, op. cit., p. 27.
Gorst, op. dt., pp. 20-24, 40-46.
See also Spargo, op. dt, pp. 37-44.
8. Report Interdepartmental Committee, pp. 50-51.
9. Die Zunehmende Unf&higkeit der Frauen hire
Kinder zu Stillen, by G. von Bunge, Munich,
1903.
See also the same writer's pamphlet, Alkohol-
vergiftung und Degeneration, Leipzig, 1904,
322 NOTES AND AUTHORITIES
10. American Medicine, July, 1906, p. 233.
11. Diseases of Infancy and Childhood, by L. EJmmet
Holt.
12. Parsons, op. cit., p. 27.
13. See The Slav Invasion, by Wame; On the TrsSL
of the Immigrant, by Steiner; the Studies of
Slavic Immigration (in Charities and the Comr
mom) by Emily Greene Balch, etc.
14. Vide the opinion of Sir William Jenner, quoted in
Transactions of the National Association for
the Promotion of Social Science, 1882, p. 387.
See also Spargo, op. cit,, p. 16.
It should be noted that bottle-fed babies are less
''rickety" than breast nurslings of the poorer
classes. See Archives of Pediabrics, June, 1906,
p. 452.
15. The Feeding of Animals, W. H. Jordan, New York,
1903.
16. Facts About Milk, by R. A. Pearson, M.S., p. 11
(United States Department of Agriculture,
Farmers' Bulletin No. 42).
17. Pediatrics : the Hygiene and Medical Treatm^it
of Children, by Thomas Morgan Rotch, Third
Edition, 1901.
18. See article by Dr. St. George T. Grinnan, in Ar-
chives of Pediatrics, April, 1905, p. 272.
19. The Variations in the Fat Percentage of Mother's
Milk, by Louise Tayler-Jones, M.S., M.D., in
Archives of Pediatrics, July, 1906.
NOTES AND AUTHOBITIBS 323
A Clinical Report on the Chemical Examination
of Two Hundred Cases of Human Breast Milk,
by V. and J. S. Adriance.
See also Rotch, op. cU.
20. The Composition and Methods of Analysis of
Human Milk, by Professor Albert R. Leeds,
Ph.D.
21. G. von Bunge, op. cU.
22. Heredity and Human Progress, by W. Duncan
McKun, M.D., Ph.D., pp. 147-158.
The Criminal, by Havelock Ellis, p. 109.
23. The Theory and Practice of Infant Feeding, by
Henry Dwight Chapin, M.D., p. 196.
24. BriHsh Medical Journal, May 21, 1904.
25. Report Interdepartmental Committee, pp. 50-^1.
26. Chapin, op. cit., p. 214.
27. Idem.
28. Chapin, Breast Feeding and the Infant's Develop-
ment, in Archives of Pediatrics, August,
1904.
29. It was at one time seriously proposed to substi-
tute some artificial food for human infants in
place of breast milk, on the ground that it
would be better for the infants I See report of
a lecture by Professor Leeds before the New
York Academy of Sciences, the Sanitarium,
May 24, 1883, p. 325.
30. Ambulatory and Hospital Management of the
324 NOTES AND AUTHORITISS
Gastro-intestinal Derangements of Infancy,
Archives of Pediatrics, M&y, 1900,
31. Dr. St. George Grinnan, op. dt.
32. Idem,
33. Gorst, op. dt., p. 24.
34. How to save the Babies of the Tenements, by
Virgmia M. Walker, Charities [and the Oomr
mons], August 5, 1905.
Spargo, op. dt., p. 245.
See also Dr. Newman's valuable work, Infant
Mortality, 1907.
35. British Medical Journal, June 4, 1904, p. 1339.
36. Gorst, op. dt., p. 22.
See also Infant Mortality and Factory Labour,
by Dr. George Reid, in Dangerous Trades,
edited by Professor Thomas Oliver, p. 89.
37. Idem.
Spargo, op. dt., p. 231.
38. Chapin, op. dt., p. 179.
39. Idem.
40. Idem.
41. See article by Saunderson-Wells in the British
Medical Journal, July 8, 1905.
42. Idem.
43. McQeary, op. dt., p. 38.
The following works have been more or less
freely used: The Nutrition of the Infant, by
Ralph M. Vincent, M.D.; The Diseases of
NOTES AND AUTHOBITIBS 325
ChUdren, by Henry Ashby, M.D., Lond., and
G. A, Wright, B.A., Oxon.; Foods and the
Principles of Dietetics, by Robert Hutchinson,
M.D.; Milk, by E. F. Brush, M.D.; and Milk
and Its Products, by H. H. Wing.
Also the following journals, other than those
noted above: InlerruUional Clinics; Medical
Record; American Medicine; and The Lancet.
III. Why Cow's Milk?
1. Ancient Society, by Lewis H. Morgan, ch. ii.
2. See Deuteronomy xxxii, 14. The Iliad, iv, 433.
3. Pearson, op. dt.
4. Idem.
5. Human and Bovine Tuberculosis, by E. F. Brushy
M.D.
6. Chapin, op. cU., p. 280*
7. Idem, pp. 25-27.
8. Idem.
9. New International Encyclopaedia, vol. xiv, article
Reindeer.
10. Idem.
11. Idem.
Also Annual Reports United States Department
of the Interior, 1890 and on.
12. See McQeary, op. cU., p. 31.
13. Jewish Encyclopedia, vol. v, article Sheep, by
I. C. Casonowicz, Ph.D.
326 NOTES AND AUTHORITIES
14. New International Encyclopsedia, article eit.
15. See, for example, the Encyclopsdia Britannica,
art. Goat; and the London Quarterly Review.
16. Idem.
17. As noted in the foot-note to which this reference
belongs, there are cases on record of the inocu-
lation of the goat with tubercle bacilli, bovine
and human. It is very evident, however,
from the few cases on record of the disease
developing naturally, and the extreme difficulty
with which the animal can be experimentally
inoculated, that its immunity is practically
complete.
18. Some Fat Problems and Goats' Milk, J. Finley
Bell, Archives of Pediatrics, March, 1906.
19. Idem.
20.' British Medical Journal, quoted in Current
Literature, 1907.
21. Idem.
22. See testimony of Dr. Winters and Dr. Matthias
NicoU, Jr., at the New York Academy of
Medicine, January 11, 1906, reported in the
Archives of Pediatrics, March, 1906, pp. 226-
226.
23. Casanowicz, op. cit. (Jewish EncydopfiKiia).
24. The Talmud (Temurah 15 b).
25. The Talmud (Shebbat 109 b)-
26. Pearson, op. dt.
NOTES AND AX7TH0RITIBS 327
27. New International Encyclopedia, art. Milk, vol.
xiv, by L. Emmet Holt, M.D,
28. Idem.
29. Idem.
30. Idem.
31. C!hapin, op. cU., p. 8.
32. Idem, pp. 22-23.
33. Idem., ch. iii.
34. Idem., p. 51.
35. McQeary, op. cU., pp. 3^-^.
36. Etude clinique sur quelques maladies infectieuses,
par Professor Roger, Revue de Medicin, April,
1900.
McQeary, op. cU., pp. 35-^6.
37. Idem.
38. Very useful formulas will be found in Dr. Chapin's
Theory and Practice of Infant Feeding and Dr.
Holt's The Care and Feeding of Children.
39. McQeary, op. eU., p. 49.
40. Chapin, op. cU., p. 221.
41. Idem.
42. See Feeds and Feeding, by W. A. Henry (Madi-
son, Wis., 1902).
The Feeding of Animals, by W. H. Jordan (New
York, 1903).
The Feeding of Farm Animals, by E. W. Allen
(Washington, 1897).
43. Archives of Pediatrica, November, 1906, p. 830.
328 NOTES AND AX7THOBITIE8
The following works have also been frequently
consulted with great advantage: Food and
Principles of Dietetics, by R. Hutchinson,
1903; Bibliographia Lactaria, by Dr. H. de
Rothschild (contains over eight thousand
titles) ; Milk and Its Products, by H. H. Wing,
1897; Milk: Its Nature and Composition, by
C. M. Aikman, 1899; The ProWem of the
Milk Supply, by F. Lawson Dodd ; Bacteriology
of Milk, by Swithinbank and Newman, 1903;
many of the publications of the United States
Department of Agriculture, and of the agricul-
tural experiment stations in New York, Wis-
consin, Illinois, Maine, California, etc.
Also the following journals : Hoard^s Dairyman;
The American Farmer; British Medical Jowr-
nal; Journal of Hygiene; Public HeaUh.
IV. Filth as Infants' Food
1. Pearson, op. dt., p. 10.
The Problem of the Milk Supply, by F. Lawson
Dodd, p. 13.
2. Information received in a personal letter from
Dr. Park.
3. See Archives of Pediatrics ^ December, 1906, p. 943.
4. See the descriptive scores of exhibits at the
National Dairy Show, 1906, published in Bul-
letin 87 of the Bureau of Animal Industry.
NOTES AND AUTHORITIES 329
The Milk and Cream Exhibit at the National
Dairy Show, 1906, by Qarence B. Lane, B.S.
5. Dairy Products at the Paris Exposition of 1900,
by H. E. Alvord, United States Department of
Agriculture Year Book, 1900.
Dairy Development in the United States, by
H. E. Alvord, Sixteenth Annual Report Bureau
of Animal Industry.
6. Idevfi.
7. Pearson, op. cit.
Chapin, op. cit., pp. 93-99.
The Bacteriological Examination of Milk, by Pro-
fessor H. W. Conn, in Chapin's book above
cited, p. 154.
8. Idem.
9. Tuberculosis as a Disease of the Masses and How
to Combat It, by S. A. Knopf, M.D., p. 11.
10. Idem.
11. Idem.
12. Consumption and Civilization, by John B. Huber,
M.D., p. 47.
13. Report of the Royal Commission (England) on
the Effect of Food derived from Tuberculous
Animals on Human Health, Part ii.
14. Idem.
15. Care of Milk on the Farm, by R. A. Pearson,
United States Department of Agriculture,
Farmers' Bulletin No. 63, p. 12.
330 N0TS8 AND AUTHORITIBS
16. Chapin, op. cit., pp. 88-99, 148-169.
17. Idem.
18. Market Milk: A Plan for Its Improvement, by
R. A. Pearson, M.S., Seventeenth Annual Re-
port Bureau of Animal Industry.
19. The Hygiene of Milk, by Leslie Mackenzie, M.D.,
Edinburgh Medical Journal, 1898.
McCleary, op. cU., pp. 50-^1.
Dodd, op. cit., pp. 1^14.
20. The Milk Supply of Large Towns, published by
the British Medical Journal, 1903, pp. 11-12.
Docid, op. dt., pp. 14-15.
21. Parliamentary Paper, Cd. 833, Appendix IV —
Report on a Visit to Ireland, by Dr. Bulstrode
and Professor Tunnicliffe.
22. Municipal Milk and Public Health, by F. Lawson
Dodd, Fabian Tract No. 122.
23. Chapin, op. cit., pp. 88-89.
24. Conn, op. dt., pp. 148-169.
25. Idem.
26. The Suppression of Tuberculosis, by Professor E.
von Behring, p. 67.
27. The Economic Production and Distribution of
Qean Milk, by Joseph Robey, M.D., 1906.
28. Vide London press reports of the Congress.
29. Pearson, Facts About Milk (Farmers' Bulletin
No. 42).
30. Jewish Encyclopaedia, art. Milk.
NOTES AND AUTHOBITIES 331
V. Milk-borne Diseases
1. Efficient Democracy, by W. H. Allen, ch. viii.
2. Idem.
3. Knopf, op. eit., p. 13.
4. The Statistical Laws of Tuberculosis, by Freder*
ick L. Hoffman, Maryland Medical Journal,
February, 1904.
5. Tuberculosis and Children, by A. Jacobi, M.D.,
in A Handbook on the Prevention of Tubercu-
losis, Appendix VIII.
6. E. von Behring, op. cit.
7. Report of Royal Committee on The Effects of
Food derived from Tuberculous Animals,
Part i, p. 20.
8. Report of the Royal Commission on Administra-
tive Procedures for controlling the Danger to
Man through the Use as Food of the Meat and
Milk of Tuberculous Animals, Part i, p. 2.
9. Report of the Royal Commission on the Relations
of Human and Animal Tuberculosis, Interim
Report (1904) ; Final Report, 1906, Part i.
10. Jacobi, op. cit.
11. Idem.
12. Quoted by Ravenel, Maryland Medical Jovmalf
February, 1904.
13. Report of Tuberculosis Commission of Maryland,
p. xxxii et seq.
332 NOTES AND AUTHORITIBS
14. Report of Royal Commission on the Relations of
Human and Animal Tuberculosis.
15. Maryland Conmiittee Report, pp. xxxii, lx«
Huber, op. cit,, p. 63.
16. Maryland Report, p. xxxii.
17. Idem., p. xxxiii.
18. Idem., pp. xxxii, xli.
19. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals, Part iii.
20. Maryland Commission Report, pp. xxxviii,
Iviii.
21. Knopf, op. dt., pp. 24-26.
22. Huber, op. cU., p. 63.
23. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals.
24. Maryland Commission Report, pp. xxxiii-xli.
25. Idem.
26. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals, Part iii.
27. Quoted by Ravenel, Maryland Report, p. xxxiv.
28. See Sanitary MUk Production — Circular 114,
Bureau of Animal Industry, United States
Department of Agriculture.
29. The Milk Supply of Twenty-Nine Southern Cities
by C. F. Doane, M.S., Bureau of Animal In-
dustry, Bulletin No. 70.
30. Maryland Report, p. 6.
31. Idem.
NOTES AND AUTHORITIES 333
32. See Reports of the British Royal Commissions
cited.
33. Idem.
34. Idem.
35. Idem.
36. Idem.
37. Report of Royal Commission on the Effect of
Food derived from Tuberculous Animals.
38. February 10, 1907.
39. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals.
40. Idem.
41. Idem.
42. British Medical Journal.
43. Report of the Milk Conference, New York, No-
vember, 1906.
44. Dodd, op. cU.
45. Idem.
46. Vide press reports.
47. Idem.
48. Dodd, op. cU.
Note: The reader is specially referred to the
Report of a Conference Appointed by the
Commissioners of the District of Columbia
published as Circular 114 by the Bureau of
Animal Industry for an interesting and vauable
account of the spread of infectious diseases by
milk.
334 NOTES AND AUTHORITIES
VI. A Brief Sumbiart of the Problem
1. How to Reduce Infant Mortality^ by Nathan
Straus. Letter to the New York Board of
Health, March 22, 1897.
2. See Gorst, op. cU., pp. 108, 247; Spai^go, op. cit.,
pp. 8, 9, 291-296.
Also, Report of the (British) Interdepartmental
Committee on Physical Deterioration.
3. Idetn.
4. rA« Lancet, February 2, 1901.
5. Newman, op. cU., ch. i.
6. Idem.
7. Idem.
8 and 9. Spargo, op. cU., pp. 43, 44, 51
Gorst, op. cit.f p. 42.
Newman, op. cU., p. 227.
10. Rotch, op. cU.
11. See Newman, op. cU.^ p. 145 et 9eq.
12. Chapin, op. cit., p. 286.
13. Doane, op. cU.
14. Pearson, Facts About Milk.
15. Idem.
Also, The Use and Abuse of Food Preservatives,
by W. D. Bigelow, in United States Depart-
ment of Agriculture Year Book, 1900.
16. Idem.
17. Idem.
18. Idem.
19. Idem.
NOTES AND AUTHORITIBS 335
Vn. Remedial Theories and Experiments
1. Municipal Monopolies, edited by E. W. Bemis:
I, Water Works, by M. N. Baker, Ph.B.
2. Idem.
See also The Problem of the Milk Supply, by
Dodd ; and Germ Diseases, by Kenelm Wins-
low, B.A.S., M.D., in vol. i, The Home Medi-
cal Library.
3. Typhoid : an Unnecessary Evil, by Samuel Hop-
kins Adams, in McCltare^ 8 Magazine.
4. Dodd, The Problem of the Milk Supply and Mu-
nicipal Milk and Public Health.
5. See the issues of January, February, March,
1907.
6. Fabian Leaflet No. 90.
7. The Milk Supply of Boston, New York, and Phila-
delphia, Bulletin 81, Bureau of Animal Indus-
try.
8. Dodd, op* cd.
9. Idem.
10. Idem.
11. McQeary, op. oit., p. 8S.
12. Idem.
13. This sketch is based largely upon McCleary's
book, supplemented by Budin's Le Nourrisson
and Manuel Pratique d'Allaitment.
14. For this sketch, also, I have drawn freely from
336 NOTES AND AUTHORITIES
Dr. McQeary's work^ as well as from the works
of Dufour and others.
15. British Medical Journal, August 18^ 1900.
Annual Report of the Health of St. HdenSi 1900.
16. Vide reports from Liverpool, Battersea, St. Helens,
and Finsbury medical authorities.
17. McQeary, op. ciL, p. 85.
18. Fu26 annual reports.
19. Idem.
20. McCleary, op. cit., pp. 130-131.
21. Idem.
22. La Goutte de Lait a F^amp, by Dr. Leon Du-
four (1900), and Comment on Cr^ une Goutte
de Lait F6camp (1902), by the same writer.
23. Information received from Mr. Straus.
24. McCleary, op. cU.
25. A large part of this section is reproduced from my
article in the Craftsman, on The Political
Economy of Saving Babies' Lives.
26. Figures supplied by Dr. Goler.
27. How to produce Milk for Lifant Feeding, by E.
R Brush, M.D.
28. Idem.
29. Robey, op. cit.
30. Gorst, op. cit., pp. 10-14.
31. Consultations de Nourrissons et Grouttes de Lait,
article by Dr. Peyroux in La Semaine M6dicdle,
Paris, December 24, 1902.
NOTES AND AUTHORITIES 337
32. L'Avenir des Gouttes de Lait, in the Archives de
Midicine des Enfants, April, 1903.
33. Peyroux, op. cU.
34. British Medical Journal, February 20, 1904.
35. Report of the Medical Officer of Health for Liver-
pool.
36. Report of the Medical OflScer of Health for Bat-
tersea.
37. Newman, op, cU., pp. 301-304.
38. Idem.
39. Annual Report on the Health of Liverpool, 1903.
40. Vide Mr. Straus's paper read at the Congrte Li-
temational des Gouttes de Lait, 1905.
41. Report upon the Results with Different Kinds of
Pure and Impure Milk in Infant Feeding, etc.,
by W. H. Park, M.D., and L. Emmet Holt, M.D.
42. Idem.
43. See, for instance, Peyroux, op. cit.
44. The Efficient Life, by Luther S. Gulick.
45. Journal of the Statistical Society of London, vol.
xxix, 1866. Quoted by Newman, op. cit.,
pp. 228-233.
46. Idem.
47. Idem.
VIII. Pure versus Purified Milk
1. Among the best statements of the position of the
radical school are the works of F. Lawson Dodd,
338 NOTSS AND AUTHORITIBS
Chapin, and the pamphlets by Dr. Qoler^ fre-
quently quoted in these pages.
2. I do not wish this statement to be taken too
literally. It would be hard to say, without a
good deal of calculation, whether the advocates
of pasteurization or the radical opponents have
done a greater amount of research. But I do
not think the most radical will deny the pas-
teurizers the credit of being the pioneers of
popular agitation on the subject of milk reform.
3. See, for instance, Mr. Straus's paper. Pure Milk
or Poison 7 read at the Milk Conference, New
York, November 20, 1906.
4. See page 111.
Also New York Times, January 11, 1908.
5. Vide letter of Dr. Park, to Milk C!onferenoe, New
York, November 20, 1906.
6. Idem.
7. Some Experiments on the Temperature Necessary
for killing Tubercle Bacilli in Milk, by Gustav
Bang, Transactions of the British Congress on
Tuberculosis, London, 1901, vol. iii.
. 8. The Thermal Death Point of Tubercle Bacilli in
Milk and Some Other Fluids, by Theobald
Smith, Journal of Experimental Medicine,
March, 1899, pp. 217-233.
9. See Straus, Pure Milk or Poison ?
10. Idem.
NOTES AND AUTHORITIES 339
IL Idem.
12. Idem.
Upon this subject see also: (1) New York Ag-
ricultural Experiment Station BuUetin No.
172 for the experiments of Harding and
Rogers ; and the 17th and 21st annual reports
of the Wisconsin Agricultural Experiment
Station (1900-1904) for the experiments of
Russell and Hastings.
13. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals^ Part ii,
pp. 64r-66.
14. The Prolongation of Life, by Elie Metchnikoff.
15. Idem.
See also the 16th annual report of Storrs Agri-
cultural Experiment Station, Connecticut,
1904, pp. 27--88, for the views of Conn and
Esten.
16. Park and Holt, op. ciL
17. Jacobi, op. cU.
18. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals, Part ii,
p. 59.
19. Valeur nutritive du lait de vache st^rilis^ a 180^
pour Tallaitment artificiel, par G. Variot,
Compts Rendus Acad^mie des Sciences, t.
139, No. 23, pp. 1002-1003. Paris, 1904.
20. See the report of the Conference appointed by the
340 NOTES AND AUTHORITIES
Commissioners of the District of Columbia,
Circular 114 of the Bureau of Animal Industry.
IX. Outlines op a Policy of Reform
1. Report of Royal Commission on Effect of Food
derived from Tuberculous Animals, Parts ii
and iii.
2. Doane, op. cU.
3. Report of Royal Commission on Administrative
Procedures for controlling Danger to Man
through the Use as Food of the Meat and MUk
^ of Tuberculous Animals, Part ii, p. 266.
(4. Du Development pris Aux Etats Unis par le
Mouvement Pour la Consommation du Lai
Pur, Dr. Henry L. Coit. )
5. I am indebted to Dr. Darlington, and to Mr.
Burton of the country division of the depart-
ment of food inspection, for kindly placing at
my disposal many facilities for the observation
and investigation of this work of the Depart-
ment of Health.
6. Doane, op. cit.
7. Newman, op. cit., p. 226.
8. Spargo, op. cit., pp. 244-247.
9. Newman, op. cit., pp. 264-265.
Gorst, op. cit., p. 23.
10. Journal Sanitary InstitiUe, August, 1904, p. 350.
INDEX
Adulteration of milk, 168-172,
180.
Alaska, reindeer's milk used in,
54.
AUentown, epidemic of t3rphoid
in, traced to milk supply,
146.
Alvord, Major, 89.
America :
Attitude toward milk modifi-
cation in, 76-78.
Bacteriological standards of
some cities in, 113-115.
Certified milk movement in,
113, 206, 207, 219.
Decline of native stock in, 6,
9, 10.
Infant death-rate in, 154-158.
Infants' milk depots in, 192,
194, 195, 205-217, 228,
235.
Infants' milk depots needed in,
185, 186.
Not ready for municipalization
of entire milk supply, 177,
178, 181, 292.
Pasteurization in, 76, 202-203,
205, 209-217, 231-235, 245
et Beq.
Pasteiuization controversy in,
241-266.
Possibility of saving infants'
lives in, 157-158, 240.
Science of milk question ad-
vanced in, 77.
Tubereulosis in, 122-123.
Tuberculous cattle in, 134-136,
137.
Amsterdam, condition of milk
supply, 116.
Analysis of milk of various ani-
mals, 49, 53.
Anal3rsis of human breast milk,
28-29, 49, 53, 54-56, 59.
Animals, milk of various, used as
food, 46, 49, 53.
Anti-bodies, 72-73.
Antiquity of the use of animals'
milk as food, 46.
Archives of Pediatrica, 80.
Argentina, infants' milk depots
in, 192.
Arloing, goats inoc\ilated by,
58 n.
Artificial feeding becoming gen-
eral, 16, 17, 35, 37, 38.
Ashton-under-Lyne, infants' milk
depot in, 197.
Ashton-imder-Lyne,
older childr^i
sold, 201.
Asiatic cholera, 154.
Ass, digestive system of, 66.
Ass, milk of, 49, 51, 53.
Australia :
Decline of birth-rate in, 3, 6,
7,8.
Infanticide in Central, 2.
Visiting nurses for infants in,
298.
AlTSTRIA :
Death-rate of infants in, 158.
Decline of birth-rate in, 8.
Mothers of, unable to nurse
offspring, 21.
Peasant women of, neglecting
their own babies to become
"wet-nui8es,"238.
milk for
and adults
841
342
INDEX
B
BacQhu tttbercidotiB, discovery of,
91.
BaeiUut iuberculoeiSf bovine and
human varieties of, 126-129.
BaeiUut iuhereulonB found in
cow's milk, 92.
Bactbria:
Behring, Professor E. von, on
dangers to infants from, 124.
Cause decomposition of milk,
89, 93, 171.
Cause gastro-intestinal trou-
bles, 112, 164, 165, 166.
Description of, 90.
Found in intestines of infants,
134, 164.
How examined, 163-164.
How they get into milk, 93-98,
99-100.
Lactic acid, 253-259.
Ifilk in udder free from, 87.
Millions of, in the air, 97.
More in milk than in sewage,
107, 111, 247.
Not indigenous to milk, 89.
Number of, in certified milk,
113.
Number of, in Rochester milk,
113.
Number of, permitted under
bacteriological standards,
113-115.
Pasteurisation and, 250-253.
Pathogenic varieties of, 93.
Poisonous, resisted by anti-
bodies, 72-73.
Rate of increase of, 98, 104-106.
Small proportion of, dangerous,
110-112, 117.
Some kinds of, harmless, 93.
Temperature in which they
thrive, 98, 108.
Useful kinds of, 93.
Vast numbers of, in milk, 106,
107, 109, 111, 116.
Ballard, Dr., 39.
Bang, Professor Ghutay, 92, 136,
252, 270.
Battebsba :
Establishment of infants' milk
depot, 197.
Modified milk formula used in,
198.
Mothers induced to weig^
babies, 200.
Statistics of infant mortality in,
226.
Sterilised milk soki, 203-204,
205.
Beauvau, OouUe de LaU, 194.
Beef, nutritional value of, 63-64.
Behring, Professor E. von, 112,
113, 124, 136 n.
Belgium, decline of birth-rate in, 8.
Belgium, LaUerie MaUmeUu in^
192.
Bell, Dr. J. Finley, 60-61.
Belleville Dispensary, Paris, 191.
Bhir and Bhir, Messrs., 40.
Birmingham, England, 39, 184.
Birth-rate, Dbclinb op :
Among Americans, 9, 10.
Among Australians, 3, 6, 7, 8.
Among leisured classes, 6, 10,
11-13.
Among people of British stoek
in Canada, 5, 6.
Causes of, 12-13.
In eighteen different countries
(Uble), 8.
In FVance, 4, 7, 8.
In Greece, 10-11.
In Rome, 11-12.
{See aUo Race suicide.)
Bollinger, Dr., 130.
Booker, Dr., 164.
Boston, BCasB., has bacteriological
standard, 113-115.
Bottles, milk in, foul, 149.
Bradford :
Infants' milk depots in, 197,
201.
Partial munieipalisation of milk
supply, 201-202.
movx
343
Bread, nutritioDAl value of, 68-
64.
Bbsast-kxtbsino :
Accompanied by low death-
rate of infaats, 83, 38, 89,
159, 296.
Among Hebrews, 16, 81, 82,
296; immigrants, 24; Irish,
296.
Among mothers attending the
CannUtations de Nowrriuonaf
187-190, 296.
British Interdepartmental Com-
mittee on, 20.
British National Health So-
ciety, the, 116.
Dtdine of: ascribed to alco-
holism, 30; to atrophy, 17,
21 ; dress and, 22-24 ; food,
24--d0 ; greatest among well-
to-do and leisured classes, 18,
22, 31 ; Dr. Holt on, 21-22,
31 ; Dr. Morgan on, 23 ; in-
dustrial conditions and, 17-
19; necessitates system of
artificial feeding, 35 et 9eq.;
not necessarily sign of de-
generacy, 30, 35 ; rare among
savages and primitive peo-
ples, 16, 31; result of
physiological changes, 17,
19 ei aeq.; voluntary causes,
17, 18.
General in Norway and Sweden,
33,38.
Infants' milk depots and, 191,
235-237.
Law to punish neglect of, 237.
Schemes to promote, 39-41,
160, 187-190.
Substitute (wet-nurse), limita-
tions of, 44.
The Consultations ds Nourris-
sons and, 187-190, 296,
British well-to-do classes infertile,
6.
Msdiodl Journal, 61, 100,
140.
British Royal Commissions and
Parliamentary Committees,
20, 124, 125, 128, 129, 138,
140, 143.
Brockton, Mass., has bacterio-
logical standard, 115.
Brush, Dr. £. F., 124 n., 218,
254 n.
Budin, Professor, 40, 188, 190.
Buffalo, N.Y., condition of milk
supply of, 141-142.
Buffalo's milk, 49.
Bulgaria, infants' milk depots In^
192.
Bunge, Professor von, 20, 80.
Bureau of Animal Industry,
United States Department of
Agriculture, 99, 127, 147 n.
Burnley, England, infants' milk
depot in, 197.
Burton, Mr. £. W., 149 n., 281.
Butter made from tuberculous
milk dangerous, 140.
Cambridge, Mass., has bacterio-
logical standard, 115.
Camel, milk of, 49, 51, 53, 54.
Camel, unsuited to American
needs, 55.
Canada, decline of birth-rate in,
5,6.
Canada, infants' milk depots In,
192.
Carbohydrates, 52, 54.
Casein, 50.
Cat, milk of, 49.
Cato, 10.
Cattie, tuberculosis among, 134-
139.
Certified nulk, 113, 219.
Chapin, Dr., 36, 65, 76, 113.
quoted, 36, 42, 66, 71.
ChariU HospUal, Paris, 188.
Chaterinkoff, Dr., 38.
Cbaveau, Dr., 129.
344
INDEX
Cheese, bacteria used in making,
93, 111.
Cheese, tubercle bacilli active in,
140.
Chicago, epidemic in, 147-148,
152.
Chicago, infants' milk depot in,
194.
Chicimecs, infanticide among, 2.
Children, see Infants.
Cholera infantum, 164.
Christian Science, 261.
Clinique d'AccotichemerU Tamier,
188, 189.
Coit, Dr., 113, 219, 282.
Cologne, mothers paid by city for
nursing babies, 40, 238.
Compensation for tubercular cat-
tie destroyed, 135.
Concentration in distribution of
milk, 181-182.
Conn, Professor, 247.
Connecticut, native birth-rate de-
clining, 9.
Connecticut supplies New York
aty with milk, 285.
Consultations de Nourriaaons, 187-
191.
Copenhagen, see Denmark.
Cornell University, 137 n.
Cows:
Analysis of milk of, 49, 50, 53.
Causes of tuberculosis among,
137-139.
Comparison of milk of, with
milk of other animals, 49,
53^54, 58.
Dangers to infants from milk of,
65-69, 124, 125, 133.
Diarrhoeal diseases caused by
impure milk of, 38, 39, 108
n., 112, 120.
Digestive sjratem of, 66-69.
Diseases spread by means of
milk of, 58, 85, 92, 93, 108 n.,
110, 112, 120 et seq.
Milk of, compared with human
milk, 49, 53, 54, 59.
Cows:
Milk, food values of, 63-65.
Milk, inferior to goat's milk,
58-61.
Number of, in United States, 63.
Darlington, Dr. Thomas, 131,
257, 283.
Death-bates :
In Austria, 158; England, 39;
France, 8, 157-158; New
Zealand, 158; Norway and
Sweden, 33, 38; Russia, 158;
the United States, 154-158.
Influenced bv breast-nursing,
33, 38, 39, 159, 296.
Of native whites exceeds birth-
rate in New England, 9-10.
Reduced by infants' znilk de-
pots, 223-234.
Reduced when mothers can
care for their babies, 159-
160.
De Jong, 58 n.
Denmark :
Infants' milk depots in, 192.
Statistics of tuberculous cattle
m, 134-139.
Systematic efforts to eradicate
tuberculosis, 270-273, 275.
Tuberculosis, bovine and hu-
man, in, 270-271.
Diagram showing components of
cow's milk, 50.
Digestive systems of man and
various animals compared,
66-69.
Diphtheria, 72, 109, 110, 144, 147.
Dirt in cow's milk, 84 et seq.
Dixon, Dr., 283.
Doane, Professor, on adulteration
of milk, 169, 294.
Doane, Professor, on tuberculin
test, 135, 274.
Dodd, Dr. F. Lawson, 101.
quoted, 150, 176.
INDEX
345
Dog, milk of, 40.
Dolphin, milk of, 49.
Dufour, Dr. Leon, 76, 192.
Dundee, infants' milk depot in,
197.
Dunkinfield, infante' milk depot
in, 197.
E
Edinburgh, tuberculous cattle in,
92.
Effects of industrialism upon
maternal functions, 17, 19 n.
Elbeuf , France, 40.
Elephant, milk of, 49.
Engel, Dr., 21.
England :
Decline of birth-rate in, 3, 6,
8.
Excessive mortality of arti-
ficially fed infants, 39.
Experiments in partial munici-
palization of the milk supply,
183-184, 201-202.
Infants' milk depots in, 192.
Municipal infants 'milk depots,
193, 196, 197-202.
Report of Local Qovemment
Board of, 101.
'EpmsiacB :
Allentown, Penn., 146.
Chicago, 147-148.
Diarrhoeal diseases, 108 n.,
149, 164.
Diphtheria, 144-145.
Infant paralysis, 153.
St. John's Wood, England, epi-
demic of diphtheria in, 144-
145.
Scarlet fever, 72, 120, 147, 148.
Sore throat, 140.
Typhoid, 145-146.
Woking, England, epidemic in,
caused by milk, 140.
Erysipelas, 72.
Eskimos, infanticide among, 2.
Eskimos, use of reindeer's milk
by, 64.
Evanston, HI., epidemic in, 147.
Ewe, milk of the, 49, 51, 53.
Fabian Society, the, 177-178.
F6camp, OotUU de LaU, 193, 202,
227.
Fijians, infanticide among, 2.
Finland, refusal to nurse infants
at breast punished, 237.
Finland, women of, compelled to
neglect babies, 238.
Finsbury, infants' milk depot re-
duces mortality, 227.
FoBticide, 13.
Foster, Sir M., 128.
France:
Breast-nursing encouraged in
government factories, 44.
ConstUtatwns de Nourri8son9
in, 187-191.
Decline of birth-rate in, 8.
Decrease of scorbutic diseases
in, 268.
GouUes de LaU in, 191-194.
Influence of Gouttee de LaU on
infant death-rate, 225-226.
Modified milk not commonly
used, 76.
Use of goats' milk in, 61.
French Canadians, superior fer-
tility of, 5-6.
French cities, breast-nursmg sub-
sidized by, 40-^1.
Fry, Dr. F. M., 80.
Germant:
Decline of birth-rate in, 8.
Infants' milk depots in, 192.
Tubercular cattle in, 136, 137.
Glasgow, infants' milk depot in,
197.
Goats:
Advantages of milk of, for in-
fant feeding, 66-62.
As mUch animals, 56-57.
346
INDEX
Goatb:
Curative p r op e rti es of milk of,
believed in by Hebrews, 61-
62.
Immunity of, from tubercu-
losis, 68.
Milk of, compared with cows'
milk, 69.
Milk of, compared with woman ^
milk, 69.
Milk of, used by Italians, 61.
Milk of, used in France and
Switserland, 61.
Qoler, Dr. Q. W., 186, 206, 207,
209, 213, 282.
Qorst, Sir John £., quoted, 3, 221.
Qosse, Swiss physioian, 133.
QourrBs db LAir :
French system used as pattern
by other countries, 192-193.
Influence of, on infant death-
rate, 226.
Medical supervision and, 191.
Methods of the, 193-194.
Modified milk in a few, 194.
Origin of, 191-192.
Small number of children served
by, 226.
Spread to other lands, 192.
SteriUaed, unmodified milk gen-
erally used in, 193-194.
(See aUo Infants' Milk Depots.)
Greece, depopulation of, 10.
Greene, Dr., quoted, 141-142.
Grenoble, QouUe de LaU, 226.
Harris, Dr. F. Drew, 197.
Hartley, Robert M., 120-122.
Havre, sterilization practised in
infants' milk depot, 194.
Hbbbew :
Mothers and breast-nursing, 16,
31.
Scriptures and milk, 46.
Talmud and milk hygiene, 118-
119.
Herrgott, Professor, 187, 188, lOa
Hippocrates, 30, 91.
Hoffman, Frederick L., 122.
Holland, infant milk depots in,
192.
Holmes, Oliver W., quoted, 138.
Holt, Dr. L. Enmiet, 21, 22, 81,
75, 233, 267.
quoted, 22.
Homer's Iliad, 46.
Hope, Dr., 39.
Horace, quoted, 66.
Horse, digestive system of, 66-
69.
Huddersfield ssrstem, the, 80(^
301.
Human Bbbast Milk :
Analysis of, 28, 49, 63.
Compared with other milks, 49,
63,64.
Influenced by diet, 24-29.
Variations of fat percentages in,
28.
Humphrey Clinker, 86.
Hungary, decline of birth-rate in,
8.
I
Ibsen, 160.
Illinois, milk sent to Paris from,
88.
Imperial Sanitary Office of Ger-
many, 130.
Infants:
Breast-nurmng best for, 72, 73,
237.
Breastonursing lowers mortality
of, 33, 38-39, 169.
Class inequality in death-rates
of, 166-167.
Mortality among artificially fed*
38-39,66.
Mortality of, lessened by in-
fants' mUk depots, 223-236.
Needless sacrifice of, 167-169.
Proprietary foods dangerous
for, 41-^44, 82, 161-162.
Rich and poor bom on equal
physical terms, 166.
INDEX
347
IffVAMTS:
SUtifltios of mortaaty of, 88,
39, 154-166, 166.
Infants' Mblk Dbpotb :
Axnerieaa, mostly of French
type, 103, 104.
American inferior to IVenoh in
management, 104-100.
Beyond mere theoretical stage,
186.
CofuuUatioru de Nourrisaoru
only incidentally milk de-
pots, 187-101.
Countries in which established,
192.
Duty of municipalities to pro-
vide, 185, 220, 203.
Fonnulas used in American,
British, and French, 202-206.
OoutUa de Lait, the IVench type,
101-102.
Influence of, in lessening mor-
taUty, 186-186, 223-236.
Municipal, American, 206-217.
Municipal, British, 107-202.
Needed in most cities, 186 n.
Objections to, 236.
Pasteurised and modified nulk
used in America, 202^203.
Rochester system, the, 186,
206-217.
Sterilised and unmodified milk
commonly used in French,
202.
Sterilised and modified ("hu-
manised") milk in British,
108.
Straus system, 186, 103, 104,
106, 220-236.
Infanticide, 2.
Inspection of didries important,
282-201.
Ireland, decline of birth-rate in, 8.
Isocrates, 01.
Italy, decline of birth-rate in, 8.
Italy, infants' milk depots in,
102.
Ithaca, water supply of, 176-176.
Jacobi, Dr. A., 124, 126, 268.
Johns, 126.
Jordan, Professor, 26, 26, 27.
Jupiter^ intemperance, 30.
Knopf, Dr. S. A., 180.
Kober, Dr. George M., 138.
Koch, Profbssob R. :
Announces discovery of tuber-
cle baciUus, 01, 126-127.
Declares bovine and human
tuberculosis essentially dif-
ferent diseases and not trana-
miasible, 126-127, 120.
Early experiments pointing to
another conclusion, 120.
He admits validity of case of
transmission, 132.
His conclusions not supported
by investigation, 130-138.
Koplik, Dr. H. M., 38.
Lactation, influence of food upon,
24-20.
Lactation, problems of, should be
studied, 20, 20, 36.
(See also Breast-nursing.)
Laplanders and reindeer's milk,
64-66.
Lecithm, 70-71.
Lederle, Dr., 160 n.
Leipsig, tuberculous cattle in, 137.
Leith, infants' milk depot in, 197.
Lister, 87.
Liverpool, infants' milk depot,
107.
Llama, milk of, 40.
London, milk supply in, 116.
McQeary, Dr., 187, 200.
quoted, 46.
Macfadyean, Professor, 02, 180.
348
INDEX
liaoKencie, Dr. Leslie, quoted,
09-100.
BCaine, decline of native birth-
rate in, 9.
lialthus, 10, 124.
Martin, Dr., 139.
quoted, 140.
Maryland, tubercular cattle in,
136.
Marf^nd Medical Journal, 58 n.
Maasachuaetta suppliee milk to
New York, 285.
Maternity hospitals, 187, 188,
190.
Maygrier, Dr., 189.
Media, Pennsylvania, 284.
Mdnert, Dr., 39.
Melanesiaus, infanticide among, 2.
Metchnikoff, Professor E., 254.
Milk:
Adulteration of, 168-172, 182.
Analysis of various kinds of,
28, 29, 49-53, 54, 56, 59.
Anti-bodies in, 72-73.
Ash in, 50-52.
Ass's, 49, 51, 53.
Bacteria in, see Bacteria.
Behring, Professor E. von, on tu-
berculous infection tlm)ugh,
124.
Behring, Professor E. von, on
standard of bacterial con-
tent, 112.
Biblical references to, 16.
Buffalo's, 49.
Camel, 49, 53.
Casern in, 50, 52.!
Cat's, 49.
Certified, 113.
Compared with bread and
meat, 63.
Cow's, see Cows.
Dangerous "preservatives"
used in, 168-173..
Depots, see GoiUtes de Lait and
Infants' Milk Depots.
Diagram showing components
of cow's milk, 50.
Milk:
Digestibility of, 64.
Diseases conveyed throu|^,
ITOHseq.
Dog's, 49.
Elephant's, ^9.
English Royal Commianonfl on
dangers f^om, 124-125.
Ewe's, 49, 53.
Food constituents of various
kinds of, 53.
Formulas for modified, 202-
205.
Goat's, 16, 49, 51, 53, 65, 56-
62.
Human, 26-29, 37, 47, 49, 51,
53-n65, 59, 60.
Inspection, 282-291.
Llama's, 49.
Lecithin in, 70-71.
Mare's, 49, 53.
Modification of, for infants, 75-
78.
Municipalization of, 177-185.
Pasteurisation of, 241-266.
Porpoise, 49.
Rabbinical regulations con-
cerning, 16, 118-119.
Reindeer's, 51, 53-55.
Science of, in United States, 77.
Sent to Paris from United
States, 88-89.
Sow's, 49.
"Trusts," 181.
Tubercle bacilli found in, 92.
Tuberculosis spread by, 123-
134.
Milking machines, 179-180.
Mommsen, Professor, quoted, 11.
Montreal, decline of birth-rate in,
5-6.
Moore, Dr. V., 137 n.
Morgan, Dr. J. M., !23.
Morocco, infants' milk^ depots in,
192.
Mothers, education of, 297-^303.
Mothers, ignorance of, 14, 297-
298.
INDEX
349
Mimich, foul supply of milk in,
116.
Municipalization of the milk sup-
ply, 177-186.
N
Nancy, France, 187-188, 190.
Natioxud Dairy Show, 88.
Negro women, decline of nursing
abUity, 23.
Newark, N.J., 219.
New Hampshire, decline of native
birth-rate in, 9.
New Jersey supplies milk to New
York, 285.
New Jersey, tuberculous cattle in,
135.
New Jersey Tuberculosis Com-
mission, 134.
Newman, Dr. Alfred, 227.
New York, tuberciilar cattle in,
137 n.
New York CSty, milk supply of,
116, 286.
New York City, 'system of in-
spection employed, 283, 286-
290.
New Zealand, decline of Inrth-
rate in, 9.
New Zealand, infantile death-rate
in, 158.
Nocard, Professor, 68.
Norfolk, Va., 136, 136.
Norway, breast-nursing responsi-
ble for low death-rate, 33, 38.
Norway, decline of birth-rate in,
8.
Norway, infants' nulk depots in,
192.
Nottingham, England, Municipal
milk, 183-184.
Ohio and adulteration of milk,
169.
Ohio supplies milk to New York,
286.
Olivier, Dr., 126.
Ontario, decline of birth-rate in,
6.
P
Paris Exposition of 1900, 88.
Park, Dr., 233, 267.
Pasteiu*, 267.
PASTEtnUZATION :
Abandoned in Rochester, N.Y.,
205, 214.
Argimatents for and against,
241-266.
At Pol-sur-Mer infants' milk
depot, 194.
Commercial, 261-262.
Defined by Straus, 261.
Destro3m disease germs, 260-
263.
Employed in America, 194.
Statistics showing reduction of
infantile mortality by, 210-
213, 226, 229-234.
Sterilization and, 202.
Patent foods, 41-44, 161-162.
Pearson, Professor, 136.
Peyroux, Dr., 226.
Philadelphia, infants' milk depot
in, 194.
Pol-sur-Mer, milk pasteurized in,
194.
Polybius, 10, 11, 12.
Portugal, decline of birth-rate in,
8.
Portugal, infants' milk depots in,
192.
"Preservatives" in milk, 168-
173, 180.
Q
Quebec, decline of birth-rate in
Province of, 6.
Queensland, decline of birth-rate
in, 8.
R
Rabbinical regulations conoem-
ing milk, 16, 118-119.
Race suicide, 4, 12, 13.
350
INDEX
Baoe suieide, among bActeri*,
104.
Rachitis, 26.
Ravenel, Dr. M. P., 190, 186.
Beading, England, municipal milk
expenmont, 184.
Reindeer, milk of, 51, 53-64.
Rhode Island, decline of native
birth-rate in, 0.
Roby, Dr., 219.
Rochester, N.Y., municipal milk
depots, 206-217.
Roger, ProfesBor, 72.
Rome, decline of population in,
11-12.
Roosevelt, Theodore, 4, 8, 10,
12.
Rotch, Dr. T. Iforgan, 27, 75, 76,
162.
Rowntree, Seebohm, 108 n.
Russia, death-rate of infants in,
158.
Riisms, infants' milk depots in,
102.
8
St. Helens, England, infants'milk
depot in, 107.
Salmon, Dr., quoted, 58 n.
Saxony, tuberculous cattle in,
136.
Scarlet fever, 72, 100, 110, 120,
147, 148.
Scorbutus, 42, 258.
Score cards, 270-282.
Scotland, decline of birth-rate in,
8.
Sedey, Professor, quoted, 11-
12.
Seltser, Dr., 88.
Shroeder, Dr., 167 n.
Smith, Adam, 10.
Smith, Dr. Theobald, 127, 128,
129.
Smollett, quoted, 85-86.
Sophocles, quoted, 12, 156.
Sore throat, epidemic of, 140.
South Australia, dediae of birth-
rate in, 8.
Sow, milk of, 40.
Spun, infants' milk depots In,
192.
SUtistical tables, 5, 7, 8, 28, 20,
49, 53, 136, 165.
SteriUsation, 189, 190, 104, 196,
201, 202, 204, 269.
SiSAUB Milk Depots:
Qoeely follow French depots,
194.
Formulas used in, 202-203.
Reduction of deaUi-i»te
through, 220-234.
ffick children served by, 100.
Straus, Nathan, 186, 194^ 105,
221, 220, 230, 231.
quoted, 164.
Sweden :
Breast-nundng in, 83, 38.
Decline of birth-rate in, 8.
Infante' milk depots in, 102.
Low mortality in, 33, 38.
Switaeriand, use of goat's milk in,
61.
Tasmania, decline of birth-rate m^
8.
Tayler-Jones, Dr. Louise, 28.
Troje, Dr., 132.
Tubercle bacilli, ses BadUus
tuberculosis.
Tuberculm, 131, 135, 186, 273-
276.
TUBEBCULOSIS :
A house disease, 137.
Cattie and, 134-130.
CSonveyed through milk, 123,
124, 126, 126.
Extent of ravages of, 122-123.
Fowls and, 131.
Qoats and, 58-50.
Human and bovine, 126-134.
In Denmark, 186 n., 270-273,
275.
In United States, 122-138.
INDEX
351
Typhoid, 72, 92, 109, 110, 146-
146, 147 n., 162, 166-167.
U
Udder, tuberculoma of, dangiBt-
OU8, 126, 133, 139-143.
XJmted States, aee America.
Variot, Dr., 76, 191.
Vomont, decline of native birth-
rate, 9.
Victoria, decline of birth-rate in,
8.
Vmemin, 127.
W
Watkb *
Municipalization of, 174-176.
TuberculofliB germs not found
in, 176.
Tyi>h<ttd germs in, 109, 146,
146, 176.
West Australia, decline of birth-
rate in, 8.
Wet-nurse, 44.
Woodhead, Dr. O. Sims, 92, 130,
140.
Y
Yonkers, N.Y., 194, 196.
York, England, infanU' milk
depot in, 198.
BY THE SAME AUTHOR
The Bitter Cry
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By JOHN SPARGO
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