NationalLibraryOfScotland/medical-history-of-british-india huggingface dataset:
village, and the result was that although the other paras had suffered
from the disease for several years, his para had entirely escaped
owing to his wise precautions.
The two important things then are—firstly, to prevent those who are
suffering from the disease from coming into the village to live,
even with their own relatives; and secondly, to stop any of the in--
habitants of the village from visiting and staying, even a day or two,
in any village or place in which the disease is prevalent.
If a case should occur in a village who has come from another
already infected village, he must be sent back to his own village
without any delay. If, however, the first case is one of the regular
inhabitants of the village, then it will not be possible to send him away
unless he is willing to go into a Government hospital, which would
be the best thing for both himself and the village in which he lives.
If he will not do this, then it will be necessary for the other villagers
to avoid going into his house to visit him, lest they also get the
fever. All the persons who are living in the house with the sufferer
will be in great danger of contracting the disease from him. It will
not be of much use to move him out of the house in which he has
been living, especially if he has been ill for several months, as will
most likely be the case before it is recognised that he is suffering
from kála-ázar, for the house will have already become infected,
and others in it may get the disease after the first case has left it.
The best thing to be done then is for those in the infected house, who
are quite free from fever, to move out of it at once, but they should
not be allowed to go to live in any other house in the village which is
inhabited by healthy people lest they may have already contracted
the disease, although they may not yet show the well marked symp-
toms of its presence. They should build a new house a little dis-
tance away from the infected one, and go and live there, In this
way it may be possible to prevent the disease spreading in the village.
When the disease has become widespread in a village and deaths
have occurred in several families during the
rainy season, then it will be too late for the use
of the measures described under the head of—
how to avoid infection of a village, for it will be already infected.
The disease will become less prevalent during the next cold-
weather months, and some of the few who may have not have
died during or towards the end of the rainy season, may now
lose their fever for a time; but as sure as the rains will return in the
How to get rid of the
disease when it has be-
come bad in a village.
Spread of kála-ázar, and how to check it. xxiii
next year, so surely will many of these cases get the fever again when
the rain comes, and many fresh cases will occur, chiefly in the same
houses in which persons had died of the disease during the previous
year. In this way the fever will break out year after year for six or
seven years until half, or perhaps two-thirds, of the people will have
died, and many of the rest will be too weak from repeated attacks of
fever to till the ground, so that the whole village will be reduced to
a most deplorable condition,—the houses of whole families who have
died of the disease will be tumbling down, and the land which may
have been cultivated by these people for generations will lie un--
touched, such is the desolation produced by this terrible epidemic.
When once the disease has got a footing in a village and has
been prevalent throughout the rainy season, or a whole year, can any--
thing be done to stop its ravages and to prevent the calamity which
threatens its very existence (for in some cases whole villages have
died of the disease)? To answer this question it must be remembered
that by this time the houses, and even the very soil on which they
stand, will have become infected by the fever-causing poison. There
is then only one way of saving a village which is severely infected by
the disease, and that is no less than moving the whole of the houses
from the infected site. There is also only one time of the year
when this can be successfully carried out, and that is during the dry
cold-weather months from December to the end of February.
Fortunately, this is the very time when it is easiest to carry out this
measure. It has been carried out by several villages both in the
Mangaldai and Nowgong districts of their own accord and with success.
For instance, a busti in the Mangaldai town which had lost two-thirds
of their people from kála-ázar, moved their houses during the cold-
weather months from the old infected site to a distance of only about
two hundred yards. During the year before they moved, they had
lost twenty persons from kála-ázar, but in the next year after they
moved there were only two deaths from this disease, and one of these
had got the fever before they moved, so that it is evident that
they left the infection behind them in the old village site, and it is
also important to notice that they only moved a very short distance,
but it was far enough to enable them to escape from further destruc-
tion by kála-ázar. In this case, and also in another one, it took the
villagers about one month to effect the move, and the usual outbreak
in the rainy season did not occur after they had moved to a new
site.
xxiv Appendix No. 11.
If then any village which gets the disease severely were to move
from the infected site during the following cold-weather months,
when the fever cases are at a minimum, then they may be sure that
they will not suffer in the same way during the next rainy season as
they had done in the last, and if they also carry out the advice pre-
viously given for avoiding the infection of a village and prevent all
communication with other infected villages around them, they ought
to escape from further attack by the epidemic, and thus avoid being
destroyed by the disease.
If then the people of infected or threatened districts will only carry
out the advice which is given here, and which the Government have
gone to great trouble and expense to obtain for them, then the
spread of the disease and the great suffering and death-rate which it
causes will be greatly diminished; while if the headmen and people of
the villages refuse to carry out this advice, then it will be their own
fault if they are annihilated by the terrible epidemic which goes by the
.name of kála-ázar.
LEONARD ROGERS, M.B., B.S., London, F.R.C.S., Eng.,
Surgeon-Captain, L M.S.
(xxv)
GLOSSARY
OF MEDICAL AND SCIENTIFIC TERMS.
Agar-agar.—A glue used for cultivat-
ing organisms on
—
Albumen.—A nitrogen containing or-
ganic constituent of the body.
Albuminoid.—Albumin containing— -
Amphistomum hominis.—An uncom-
mon intestinal parasite.
Anæmia.—Deficiency of blood.
Anchylostomum .—A small worm
about half inch long, which lives
in the small intestine.
Anchylostomiasis.—Anæmia caused
by anchylostoma.
Anterior superior spine of the ileum.—
A bony process on each side of the
lower part of the abdomen.
Aortic cartilage.—Second right costal
cartilage.
Arachnoid.—One of the membranes
of the brain.
Ascites.—Dropsy of the abdomen.
Aspirating.—Drawing out.
Assimilation.—The act of absorbing
nutriment.
Asthenia.—Loss of strength.
Atrophy.—Wasting of a part from
lack of nutrition.
Autopsy. —Post-mortem examination.
Beri-beri.—A disease with nervous
symptoms which is common in the
Straits Settlements, but has never
been found in Assam.
Buccal.—Pertaining to the cheek.
Cachexia.—A depraved condition of
nutrition.
Cancelous.—Resembling lattice work.
Cancrum oris.—Gangrenous ulcera-
tion of the mouth.
Cardiac.—Pertaining to the heart.
Cerebellum.—Inferior back part of the
brain.
Chlorosis.—A form of anæmia com-
mon in young girls.
Coagulability.—Clotting power.
Conjunctiva.—The white mucous
membrane of the eye.
Corpuscles.—The solid particles in the
blood.
Corpuscular.—Pertaining to the cor-
puscles.
Crepitations.—A sound heard over a
pneumonic lung.
Cyst.—A sac containing fluid.
Disk (optic).—White spot at the back
of the retina.
Dochmius duodenalis.—Another name
for the anchylostomum.
Duodenum.—The first fixed part of
the small intestine.
Emphysematous.—Tissues distended
with air.
Endocarditis.—Inflammation of inner
lining membrane of heart.
Endemic.—Peculiar to a place.
Epidemic.—Prevailing disease.
Fluke.—A small intestinal parasite.
Gangrene.—Mortification of a soft
tissue.
Gartric catarrh.—Inflammation of
inner coat of stomach.
Hæmocytometer.—Instrument for
counting the corpuscles in a certain
quantity of blood.
Hæmoglobinometer.—Instrument for
estimating the percentage of
hæmoglobin in the blood.
Hæmic murmurs.—Sounds due to
alteration in the state of the blood.
Hæmocyte.—A small blood corpuscle.
Hæmoglobin.—Coloring matter of the
red corpuscles.
Hepatisation.—Conversion into liver-
like substance.
( xxvi )
Glossary.
Illium.—Lower part of small intestine.
Inferior vena cava.—A large vein at
the back of the abdomen.
Jejunum.—Upper two-fifths of the
small intestine.
Kála-ázar.—Black sickness ; the Garo
term for malarial cachexia.
Knee-jerk.—A tendon reflex.
Leucocytosis.—Transient increase in
the number of white corpuscles in
the blood.
Macroscopic.—Visible to the naked
eye.
Medulla oblongata.—Enlarged upper
end of spinal cord.
Mesenteric.—Pertaining to the peri-
tonial attachment of the small
intestine.
Metabolism.—Intimate chemical
changes in cells.
Millimetre.—1/25 of an inch.
Mucous membrane.—One that secrets
a viscid fluid.
Neucleated.—Having a vesicular
body in its substance.
Œdema.—Accumulation of clear fluid
in a tissue, or dropsy.
Optic cornmisure.—A part of the un-
der-surface of the brain.
Palpation.—Exploration with the
hand.
Pericardium.—A fine membrane
lining the abdomen.
Perihepatitis.—Inflammation of the
capsule of the liver.
Perisplenitis.—Inflammation of the
capsule of the spleen.
Peritoneum.—Fine serous membrane
lining the abdomen.
Pernicious
anæmia.—xtreme
or
fatal anæmia.
Pestis, minor.—A mild non-infectious
form of plague.
Peyer's patches.—Clustered glands in
the small intestine.
Phosphate.—A salt of phosphoric
acid.
Pigmentation.—Deposite of pigment
in—
Plasmodium malaria.—An ameboid
parasite, which is the cause of
malarial fevers.
Pleura.—Fine membrane surrounding
the lung.
Pleurisy.—Inflammation of the pleura.
Pneumonia.—Inflammation of the
lungs.
Pons.—A part of the under-surface of
the brain.
Porosis.—A thinning or absorption of
bone.
Pulmonary.—Pertaining to the lungs.
Retina.—The internal sensitive mem-
brane of the eye.
Ruga.—A wrinkle or crease.
Secretion.—The product of glandular
activity.
Spicule.—A small spike-like piece of
bone.
Subcutaneous.—Beneath the skin.
Suprarenal capsule.—A small ductless
gland above the kidney.
Systolic.—Pertaining to the contrac-
tion of the heart.
Therapeutical.—A science concerne
d with the application of remedies.
Thoracic duct.—The main lymphatic
vessel through which fats are
absorbed.
Thyroid gland.—A ductless gland in
the neck in front of the wind pipe.
Tricocephalus dispar.—A thread-like
worm found in the large intestine.
Valvuli conniventes.—Folds of mucous
membrane in the small intestines.
Ventricle.—Small cavity.
PRINTED AT THE ASSAM SECRETARIAT PRINTING OFFICE (GENERAL) No, 549-600-25-8-97.
SURRA
REPORT
APPENDICES
INCLUDING
RECORDS OF CASES CHARTS
AND
ILLUSTRATIONS
BY
ALFRED LINGARD,
Bachelor of Medicine and Master of Surgery, Dunelm :
Diplomate in. Public Health, Cambridge 5
Fellow of the Bombay University :
Professor of Bacteriology and Comparative Pathology,
Civil Veterinary Dopartmont, India-
VOL. II, PART II.
Bombay :
PRINTED AT THE GOVERNMENT CENTRAL PRESS
1898.
SURRA REPORT
APPENDICES
INCLUDING
RECORDS OF CASES, CHARTS
AND
ILLUSTRATIONS,
BY
ALFRED LINGARD,
Bachelor of Medicine and Master of Surgery, Dunelm;
Diplomate in Public Health, Cambridge;
Fellow of the Bombay University;
Professor of Bacteriology and Comparative Pathology,
Civil Veterinary Department, India.
VOL. II. PART II.
Bombay:
PRINTED AT THE GOVERNMENT CENTRAL PRESS-
1898.
CONTENTS OF APPENDICES.
A.—Horse Surra.
Appendix I.—Treatment of naturally contracted cases—
Horse No. civ
...
...
...
...
...
...
...
„
„ cvii ... ... ... ... ... ... ...
„
„ cviii ... ... ... ... ... ... ...
„ „ cix ... ... ... ... ... ... ...
„ „ cx ... ... ... ... ... ... ...
„ „ cxi ... ... ... ... ... ... ...
„
„ cxii ... ... ... ... ... ... ...
„
„ cxiii ... ... ... ... ... ... ...
„
„ cxiv ... ... ... ... ... ... ...
„ „ cxv (cured) ... ... ... ... ... ... ...
„
„ cxvi ... ... ... ... ... ... ...
„ „ cxvii ... ... ... ... ... ... ...
„ „ cxviii ... ... ... ... ... ... ...
„ „ cxix ... ... ... ... ... ... ...
„ „ cxx ... ... ... ... ... ... ...
„ „ cxxi ... ... ... ... ... ... ...
„
„ cxxii ... ... ... ... ... ... ...
„ „ cxxiii ... ... ... ... ... ... ...
„
„ cxxiv ... ... ... ... ... ... ...
„
„ cxxv ... ... ... ... ... ... ...
Page
1
2
3
5
7
9
11
13
14
15
18
19
20
22
26
27
28
31
33
35
Appendix 11.—Treatment of animals inoculated by gastric ingestion of soiled blood—
Horse No. lxxxix (cured)
„
„
xcvi
Appendix III.—Preliminary treatment, subsequent inoculation, Arsenic (Liquor Arsenicalis) —
Horse No. xcviii ...
Double Iodide of Arsenic and Mercury (AsI 3 , HgI 2 ).
Horse No. xcix ...
„
„ ciii
...
...
39
...
56
...
61
...
66
...
12
B.—Rat Surra.
Appendix I.—Subcutaneous inoculation with, soiled rat's
blood —
Results Positive.—Horse No.
ix...
...
...
......
„
„ xxviii...
...
...
..
„
„ xlii...
...
...
......
„
„ lxii...
......
Appendix II.— Subcutaneous inoculation with blood derived from Positive cases—
Results Positive.—Horse No. x x x v . . .
...
...
......
„
„
xxxvi...
...
...
...
„ „ xlv...
...
...
..
„
„
lxvii
...
...
...
.....
„
„
xxxvii.....
77
79
80
82
87
88
89
90
93
Appendix III.—Subcutaneous inoculation with soiled rat's blood—
Results Negative.—Horse No. Ivii...
...
...
...
„ „ lii...
...
...
......
„
„
xliv......
Appendix IV.—Subcutaneous inoculation and re-inoculation at a later period with soiled rat's blood with
negative results, further inoculation of the same animal with soiled Horse Surra blood—
Results Positive.
(a) Directly into the jugular vein—
Horse No. xiii...
...
...
...
(b) Subcutaneously—
Horse No. xii...
...
...
.....
„
„
xlviii....
. .
„
„ xlvi...
...
...
...
„
„
lviii...
...
...
......
Appendix V.—Subcutaneous inoculation of animals other than horses with soiled rat's blood—
(a) Results Positive.—Bull
No. iv...
...
...
...
Monkey „ ii...
...
...
..
Field rat „ i(Nesokia providens.)
„
„
ii(
„
„
)
....
..
(b) Results Negative.—Donkey
„
iii...
Monkey „ i...
......
Cat
„ ii...
...
...
...
Rabbit „ i...
...
...
...
„ „ ii...
...
...
...
„
„
„...
...
...
...
„ „ iv...
...
...
...
B
2236
97
98
99
103
104
106
107
109
115
124
125
125
127
128
130
131
131
133
133
ii
Guinea Pig No. i
„
„ ii
„
„ iii
Fowl
„ i
„
„ ii
... 134
... 134
... 135
... 136
... 136
Appendix VI.—Subcutaneous inoculation with the soiled blood of different animals, which had been pre-
viously inoculated from the rat—
(a) Results Positive.—Bull
No. iii
Donkey
„
ii
Cow
„ i
Guinea Pigs
Cat
„ i
Dog
„ i
Horse
„ lxix
Rabbit
„ ii
(b) Results Negative.—Bull
„ i
Rabbit
„ i
Appendix VII.—Prolonged gastric ingestion of rat's excrement mixed with corn—
In Poona, Results Negative.—Horse No. lxxv
In Bombay, Results Positive.— „
„ xci
... 139
... 146
... 150
... 158
... 159
... 161
... 162
... 164
... 164
... 165
... 109
... 172
Appendix VIII—Subcutaneous inoculation with the blood of different animals which had been primarily
inoculated from Horse No. xci (Rat excrement ingestion)—
Horse
No. xcv ...
Cat
„ iii ...
Guinea Pig „ xxiii
Appendix IX.—Transmission of the Hæmatozoon from the mother to the offspring through suckling-
Calf No. i
... 181
... 181
... 183
... 187
Appendix X.—Subcutaneous inoculation of Guinea Pigs with urine passed by animals during a paroxysm of
Surra—
Results Negative.—Guinea Pig No. i (Bull iii) ...
„
„
ii
(„
„)...
...
...
„
„.
i (Donkey ii) ...
„
„
ii
(
„
„)
...
C-—Bandicoot Surra.
Appendix I.—Inoculation of animals with soiled Bandicoot's blood —
(a) Results Positive.
Guinea Pig No. i ...
(b) Results Negative. Donkey „ iv (Vide Précs).
Mule „ iii
Rabbit
„ i
...
...
...
„
„ ii
...
...
...
„
„ iii
„
„ iv
Small animals inoculated with blood from Bandicoot containing minute spirilla—
Rabbit
No. i ...
„
„ ii ...
„
„ iii ...
Guinea Pig „ i ...
„
„ ii ...
D— Dog Surra.
Appendix I.—Naturally acquired cases—
Dog. No. vi
Appendix II.—Inoculation of animals with soiled dog's blood-
Horse
No. xciii
...
...
Guinea Pig „ i
„
„ ii
... 197
... 197
... 19S
... 198
... 201
... 201
... 202.
... 202
... 203
... 203
... 204
... 204
... 205
... 205
... 209
... 213
... 214
... 215
Appendix III.—Subcutaneous inoculation with the blood of different animals, which had been previously
inoculated from the dog—
Guinea Pig No. i...
„
„ ii...
Cat
„ ii...
E.-Fish.
Appendix I.—Subcutaneous inoculation of animals with soiled fish blood—
Results Negative.—Horse No. xxxix
„
„
xliii
Appendix II.—Re-inoculation with soiled fish blood.
Results Negative.—Horse No. xlix
... 219
... 219
... 219
... 223
... 223
... 227
Subcutaneous inoculation and re-inoculation on two subsequent occasions with soiled fish blood, with
negative results; further inoculation of the same animal with Horse Surra blood—
Result Positive.—Horse No. xlvii
...
...
... 228
HORSE SURRA
APPENDIX I.
NATURALLY CONTRACTED SURRA CASES.
HORSES. Nos. CIV, OVII, CVIII, CIX, CX, CXI, CXII, CXIII, CXIV,
CXV (CURED), CXVI, CXVII, CXVIII, CXIX, CXX, CXXI, CXXII
CXXIII, CXXIV, CXXV.
PLATE III.
HORSE No. CXV.
Taken during treatment, which terminated successfully,
SURRA
APPENDIX
II.
TREATMENT OF ANIMALS INOCULATED BY GASTRIC
INGESTION OF SOILED BLOOD.
HORSES Nos. LXXXIX (CURED), XCVI.
40
Date.
1893
Decern.
„
„
„
January
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
„
26...
27...
28...
29...
30...
31...
1...
2...
3...
4...
5...
6...
7...
8...
9...
10...
11...
12...
13...
14...
Temperature °C.
A.M.
36.0
36.1
36.0
36.3
36.2
36.3
35.4
35.3
36.8
37.0
37.2
37.3
36.8
36.5
36.3
36.2
36.5
36.4
36.8
36.2
15... 36.6
16...
17...
18...
19...
20...
21...
22...
23...
24...
25...
26...
27...
28...
29...
30...
31...
February 1...
„
„
„
„
„
„
„
2...
3...
4...
5...
6...
7...
8...
36.7
36.5
37.2
36.3
36.7
36.4
36.1
| 36.0
36.7
1 P.M.
36.8
36.9
36.8
36.9
371
37.2
36.1
370
37.3
37.2
37.4
37.5
37.2
37.0
36.8
36.7
37.1
36.6
37.4
37.1
37.2
37.2
37.1
37.6
37.5
37.6
36.5
36.5
36.8
37.0
36.6
37.0
37.0
36.3
36.8
37.1
37.0
370
37.2
36.7
37.0
37.1
37.4
37.0
37..5
37.2
37.2
37.0
37.2
37.2
37.0
37.3
37.0
36.5
36.5
375
37.5
37.2
37.5
377
5 P.M.
37.3
37.6
38.3
38.7
38.0
38.2
36.8
37.5
38.1
37.7
37.4
37.7
37.6
37.7
38.1
37.6
36.8
37.6
37.3
37.4
38.2
37.5
37.8
37.6
37.6
38.0
36.8
36.7
37.4
37.7
38.0
37.4
37.8
37.7
37.5
38.0
37.7
38.3
37.5
38.4
37.7
38.0
37.6
37.8
38.1
Pulse.
A.M.
44
34
30
33
30
30
36
44
36
44
36
40
44
40
44
36
40
36
44
48
36
40
36
40
48
48
40
40
36
36
44
40
40
36
P.M.
30
35
38
38
40
38
30
52
44
48
48
44
40
40
48
44
36
44
44
40
48
36
44
44
52
52
48
40
48
44
44
40
44
44
36 40
40 48
48
36
44
44
40
44
44
48
40
44
48
48
52
48
52
51
53
48
Respiration.
A.M.
20
18
18
18
19
16
12
8
8
8
8
8
10
8
9
16
8
8
12
12
8
12
12
8
8
8
8
8
8
9
8
P.M.
14
20
18
22
18
20
23
12
22
12
16
12
16
12
28
12
12
10
9
16
12
12
20
12
16
24
16
12
16
20
20
8 16
9 24
8 20
8 16
8
8
8
8
8
8
12
12
16
16
24
16
24
28
20
20
28
28
21
20
Day of
Disease.
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
Hæmatozoa
in the
Blood.
Absent.
„
„
„
„ ...
„
„ ...
„
„ ...
„ ...
„
„
„
„
„
„
„
„
„
„
„
„
„
"
„
„
„
„
„
„
„
"
„
„
„
„
„
„
„
REMARKS.
31st.—Conjunctivæ still congested,
and eyes slightly prominent.
2nd.—Conjunctivæ less congested.
5th.—Congestion of conjunctivæ in-
creased, and slight
discharge
from the eyes.
9 th,—Congestion of the conjunctivæ
unchanged ; there is irritation of
the hind quarters and tail.
16th.—Conjunctivas less congested,
irritation of hind quarters conti-
nues.
24 th.—Left
conjunctiva presents
one extravasation, right conjunc-
tiva slightly congested.
25th.—Both conjunctivæ slightly
petechiated; animal continues to
lose flesh.
31st.—Animal has dull appearance
and continues to lose flesh.
2nd.—Right conjunctiva presents
one large extravasation; left, a few
small petechiæ.
4 th.—Extravasation of the right
conjunctiva reduced in size, and
left, unchanged ; administration of
Arsenic stopped, and the double
Iodides of Arsenic and Mercury
commenced.
6th.—Conjunctival petechias dis-
appearing, visible mucous mem-
branes congested.
7th.—Right conjunctiva presents
two petechiæ, the left four; appe-
tite continues good, but the animal
is very thin.
8th.—Condition of conjunctivæ un-
changed.
47
Date.
1894.
Novem. 14 ...
„
15 ...
„
16 ...
„
17 ...
„
18 ...
„
19 ...
„
20 ...
„
21 ...
„
22 ...
„
23 ...
„
24 ...
„
25 ...
„
26 ...
„
27 ...
„
28 ...
„
29 ...
„
30 ...
December 1 ...
„
2 ...
„
3 ...
„
4 ...
„
5 ...
„
6 ...
„
7 ...
„
8 ...
„
9 ...
„
10 ...
;; 11 ...
„ 12 ...
„
13 ...
„ 14 ....
„
15 ...
„
16 ...
„ 17 ...
„
18 ...
„
19 ...
,.
20 ...
„
21 ...
„
22 ...
„
23 ...
„
24 ...
„
25 ...
„
26 ...
„
27 ...
„
28 ..
„
29 ..
„
30 ..
„
31 ..
1895.
January 1 ..
Temperature °C.
A.M.
38.1
37.7
38.3
38.3
38.2
37.8
38.0
38.0
38.0
38.0
38.3
38.0
38.2
382
38.0
38.1
380
381
38.2
37.8
38.3
37.7
38.1
37.8
38.2
38.3
38..1
88.2
381
381
38.1
37.7
38.2
38.2
38.2
37.7
37.7
38.2
38.3
37.8
37.8
37.8
38.0
37.8
38.1
37.8
38.1
38.1
38.0
1 P.M.
38.1
38.0
37.8
37.8
38.1
37.8
38.1
38.1
38.0
380
37.8
37.8
38.0
37.8
37.8
38.0
38.0
37.7
37.8
38.0
38.0
38.0
381
37.8
38.1
37.8
38.1
38.1
38.0
38.0
38.2
38.1
37.8
37.8
37.7
38.0
38.1
38.0
38.1
38.1
38.0
38.3
38.0
38.0
38.0
38.1
38.1
38.1
...
6 P.M.
38.0
38.3
37.8
38.1
38.1
38.1
38.2
38.2
38.1
38.3
38.1
38.0
38.1
38.0
38.2
37.8
38.2
38.2
38.1
38.1
38.2
38.3
38.2
38.2
38.3
38.1
38.1
38.2
38.2
38.3
38.2
38.2
38.2
38.3
38.1
38.0
38.3
38.4
38.1
38.3
38.1
38.4
38.3
38.1
38.1
38.5
38.2
38.1
...
Pulse.
A.M.
40
44
44
48
40
36
36
36
36
40
44
44
40
40
40
44
36
40
40
48
52
52
56
48
48
40
44
40
48
48
48
52
44
44
44
40
48
40
40
52
44
44
48
46
44
48
44
48
40
P.M.
52
52
44
44
44
48
48
52
48
44
44
48
44
48
44
48
48
44
48
52
48
52
36
36
48
44
52
44
44
40
56
44
48
48
44
40
44
40
40
44
40
52
44
56
52
40
44
52
,...
Respiration.
A..M.
20
12
28
20
20
16
12
12
12
16
16
16
12
16
12
12
12
12
12
16
20
20
24
16
20
16
12
20
16
16
16
12
16
16
24
16
12
14
16
12
16
12
16
20
16
16
12
14
20
P.M.
20
28
32
36
28
20
40
20
24
20
16
16
24
16
24
20
12
20
16
24
16
16
12
16
20
24
16
16
24
24
32
20
16
20
24
20
16
16
20
16
16
20
20
20
16
16
16
20
...
Day of
Disease.
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
337
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
Hæma
tozoa
in Blood.
Absent
„ ...
„ ...
„ ...
„ ...
„ ...
„
...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„
...
„ ...
„
...
„ ...
„
...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
„ ...
REMARKS.
14th.—Conjunctivæ clear.
15th.—
Do.
16th.-
Do.
17th.—Right conjunctiva clear; left,
one spot.
18th.—
Do. left, spot fading.
19th.—Conjunctivæ clear.
20th.—
Do.
21st.—
Do.
22nd.—
Do.
23rd.—
Do.
24th.—
Do.
25th.—
Do.
26th—
Do.
27th.—
Do.
2Sth.—
Do.
29th.—
Do.
30th.—
Do.
1st. —
Do.
2nd.—
Do.
3rd.—
Do.
4th.—
Do.
5 th.—
Do.
6th.—
Do.
7th.—
Do.
8th.—
Do.
9th.—
Do.
10th.—
Do.
11th.—
Do.
12th.—
Do.
13th—
Do.
14th.—
Do.
15th.—
Do.
16 th.—
Do.
17th.—
Do.
18th.—
Do.
19th.—
Do.
20th.—
Do.
21st.—
Do.
22nd.—
Do.
23rd.—
Do.
24th.—
Do.
25th.—Right conjunctiva clear ; left
congested, with one claret coloured
spot. Abdominal pain.
26th.—Right conjunctiva clear, left
clearer.
27th.—Conjunctivæ clear.
28th.—
Do.
29 th.—
Do.
30th.—
Do.
31st.—
Do.
. 1st.—
Do.
RECORDS OF TEMPERATURE, WATER TAKEN, URINE PASSED AND TOTAL UREA EXCRETED.
A.
HORSE SURRA
APPENDIX III.
PRELIMINARY TREATMENT-SUBSEQUENT INOCULATION.
A RSE NIC (Liquor Arsenicalis.)
HORSE No. XCVIII.
DOUBLE IODIDE OF ARSENIC AND MERCURY.
HORSES Nos. XCIX AND CIII.