NationalLibraryOfScotland/medical-history-of-british-india huggingface dataset:
N O R T H E R N
3rd Regiment N. L. C. . . .
Neemuch . . .
316.0
12.3
361
1
3rd Regiment N. L. C. . . .
Neemuch . . .
302
15.6
502
3
24th Regiment N. I. . . .
D o . . . .
622.0
23.2
1,015
11
24th Regiment N. I. . . .
Do. . . .
646
41.0
1,346
6
2 3 r d d o . . . .
Nuseerabad . . .
629.0
17.9
665
1 23rd do. . . .
Nuseerabad . . .
687
25.4
897
7
Squadron, 3rd Regt. N. L. C.
Do. . . .
122.6
3.7
152
. . .
Squadron, 3rd Regt. N. L. C.
Do. . . .
127
1.7
162
. . .
Detachment,10th Regt. N. I. Augur . . .
223.3
15.4
392
. . .
Detachment,10th Regt. N. I. Augur . . .
206
13.2
334
. . .
22nd Regiment N. I. . . .
Baroda . . .
662.2
26.8
779
9 22nd Regiment N. I. . . .
Baroda . . .
623
32.7
1,130
5
Detachment, 7th Regt. N. 1. Dwárka . . .
80.7
2.8
115
. . .
Detachment., 7th Regt. N. I. Dwárka . . .
7
0.4
19
. . .
10th Regiment N. I. . . .
Mehidpur . . .
361.0
24.3
858
25
Detachment, 28th do. . . .
Do. . . .
79
4.3
136
. . .
Hd.-qrs., 10th Regt. N. I. . . . Mehidpur . . .
389
29.4
997
. . .
Detachment, 28th Regt. N. I. Barda Choki. . . .
87.9
7.7
283
5 Detachment, 28th Regt. N. I. Barda Choki . . .
79
10.0
355
2
Do. 16th and 25th
Do. 16th and 25th
Regiments N. I. . . .
I n d o r e . . .
217.9
6.0
275
1
Regiments N. I. . . .
Indore . . .
194
3.7
190
2
9th Regiment N. I. . . .
Baroda . . .
648.3
15.6
481
11
Squadron, 1st Regt. N. L. C.
Do. . . .
158.1
6.6
233
. . .
Total . . . 8,547.1
318.2 10,714
105
Total . . .
8,362
376.2 12,426
53
S I N D D I S T R I C T .
27th Regiment N. I. . . .
Hyderabad . . .
679.0
27.8
629
2 27th Regiment N. I. . . .
Kurrachee . . .
652
11.9
490
2
29th do. . . .
Kurrachee . . .
627.8
20.8
538
4 29th do. . . .
Hyderabad . . .
636
21.5
799
3
30th do. . . .
Jacobabad . . .
583.2
25.9
829
13 30th do. . . .
Jacobabad . . .
592
20.0
627
15
1st Sind Horse . . .
Do. . . .
304.5
10.1
570
6 1st Sind Horse . . .
Do. . . .
343
13.3
671
7
2nd do. . . .
Do. . . .
287.0
9.6
334
3 2nd do. . . .
Do. . . .
334
8.8
375
16
3rd do. . . .
Do. . . .
356.0
10.7
703
4 3rd do. . . .
Do. . . .
291
9.4
497
12
Total . . . 2,857.5
104.9
3,603
32
Total . . .
2,848
84.9
3,459
55
Grand Total . . .
22,819.0
772.7 25,475
213
Grand Total . . . 22,750
835.7 26,601
176
B o m a b a y : P R I N T E D A T T H E G O V E R N M E N T C E N T R A L P R E S S .
APPENDIX III.
COMPARATIVE STATEMENT showing the Health of the Native Troops in the four Divisions of the Bombay Presidency.
1875.
1874.
Average
Strength.
Admissions. Deaths.
Average
Daily
Sick.
Ratio per
Cent. of
Admissions
to Average
Strength.
Ratio of Deaths
per Cent.
Average
Daily
Sick per
Cent. to
A
verage
Strength
Average
Strength
Admi s -
sions.
Deaths.
Average
Daily
Sick.
Ratio per
Cent of
Admissions
to Average
Strength.
Ratio of Deaths
per Cent.
Average
Daily Sick
per Cent. to
Average
Strength.
In Hospital.
In Hospital.
To Ad-
missions.
To.
Strength
To
Strength
To ad
-
missions.
Presi
d e n c y D i v i s i o n
B o m b a y C i r c l e .
2 , 3 9 6 . 2
2,904
34 102.7
125.4
1.2
1.4
4.3
2,400 2,959
26 104.4
123.2
0.8
1.1
4.3
Aden . . .
892.3
647
2
22.7
72.5
0.3
0.2
2.5
943
902
6
29.0
95.6
0.6
0.6
3.0
Poona Division . . . 8,145.9
7,607
40 224.2
90.3
0 . 5
0.4
2.7
8,197 6,855
36 241.2
83.6
0.5
0.4
2.9
Northern Division . . . 8,547.1
10,714
105 318.2
125.3
0.9
1.2
3.7
8 , 3 6 2 12,426
53 376.2
148.6
0.4
0.6
4.4
Sind Division . . . 2,837.5
3,603
32 104.9
126.9
0.8
1.1
3.6
2,848 3,459
55 84.9
121.4
1.5
1.9
2.9
Total . . . 2,281.9
25,475
213 772.7
111.6
0.8
0.9
3.3 22,750 26,601
176 835.7
116.9
0.6
0.7
3.6
A P P E N D I X I I I .
REPORT
ON THE
CULTIVATION OF PROTEOSOMA,
LABBÉ, IN GREY MOSQUITOS.
BY
SURGEON-MAJOR RONALD ROSS,
INDIAN MEDICAL SERVICE.
CALCUTTA:
OFFICE OF THE SUPERINTENDENT OF GOVERNMENT PRINTING, INDIA.
1898.
REPORT
ON THE
CULTIVATION OF PROTEOSOMA,
LABBÉ , IN GREY MOSQUITOS,
BY
SURGEON-MAJOR RONALD ROSS,.
INDIAN MEDICAL SERVICE.
CALCUTTA:
OFFICE OF THE SUPERINTENDENT OF GOVERNMENT PRINTING, INDL\ill\
.8 9 8.
CONTENTS.
I.— PRELIMINARY.
ι. Abstract of Former Researches
..............................
2. Abstract of Recent Researches
.............................
PAGES
I
I
II. — RESULTS OF FEEDING VARIOUS INSECTS ON BLOOD CONTACNING VARIOUS SPECIES OF
GYMNOSPORIDIA.
i. List of Former Results
..........................................
2. Discovery of Pigmented Cells in Grey Mosquitos fed on Larks with Proteosoma ..........
3. List of Recent Results
...........................
4. Abstract of Recent Experiments with Grey Mosquitos
...................................
5. Some Particular Experiments
..........................................................
6. Deductions from the Feeding Experiments
..............................
I
2
3
5
5
6
III. — THE STRUCTURE AND DEVELOPMENT OF THE PROTEOSOMA-COCCIDIA IN GREY
MOSQUITOS.
ι. Technique ......................................
2. Growth and Structure of the Coccidia ...............................
3. Staining
......................
4. Some Miscellaneous Observations
...........................
6
8
15
16
IV.— SOME DISCUSSIONS.
I. Theories regarding the Flagella
2. The relation between Proteosoma and the Coccidia
3. The Parasites of Human Malaria in Mosquitos
......................
4. Outline of further Researches required
17
17
18
19
V.— CONCLUSIONS.
References
....................................
Appendix — Description of the Grey Mosquitos
Plates
..................................
20
21
21
REPORT
ON THE
CULTIVATION OF PROTEOSOMA, LABBÉ,
IN GREY MOSQUITOS.
I.—Preliminary.
I. Abstract of Former Researches.—In a Report to the Director General,
Indian Medical Service, dated 19th September 1897, I described some peculiar
pigmented cells found by me in August 1897 in two dappled-winged mosquitos
fed on blood containing crescents, and anticipated that they were a stage of
the parasite of malaria in those insects. An abstract of the report was
published in the British Medical Journal (I), to which were appended some
remarks by Dr. Manson, Mr. Bland Sutton, and Dr. Thin on the original
specimens, which they had seen. While Dr. Manson thought that the cells
might be the extra-corporeal phase of the parasite of malaria, it was, on the
other hand, considered possible for them to be either normal cells of the
mosquito, or some parasite in it quite independent of malaria. In September
1897, however, the cells were seen again in two ordinary mosquitos fed on
malarial blood ; and the fresh light which these new observations threw on the
subject enabled me to show (2) that they must be at least some kind of patho-
logical growth in the insect; indeed, little doubt now remained in my mind that
they actually were what I had from the first supposed them to be.
2. Abstract of Recent Researches.—I have lately been able to obtain con-
clusive evidence to this effect by having succeeded in producing these pig-
mented cells at will in grey mosquitos by feeding them on birds infected by
proteosoma, Labbé—a parasite very similar and closely related to the
haemamcebae of malaria in man. Numerous control experiments in which
mosquitos of the same species were fed on healthy men and birds, or on men
and birds with other gymnosporidia (to which order all these parasites belong),
invariably yielded negative results, Further examination of the cells showed
them to be the early stages of parasites, which infest the external wall of the
insect's stomach, which in six or seven days reach a growth of no less than
6ο μ or 70 μ, and which are finally extruded from the organ into the general
body-cavity of the host. There is no doubt then that these parasites are a
development in the mosquito of proteosoma in birds ; and to judge from their
structure and mode of growth so far as yet observed, I take them to be
coccidia.
II.—-Results of Feeding Various insects on Blood containing Various
Species of Gymnosporidia.
I. List of Former Results.—Before describing recent experiments it is
advisable to record briefly those made since I first took up the subject in May
1895, up to the end of February 1898. Each set of experiments or observations
will be entered as a separate series.
4
Senes 12. —Out of 6 grey mosquitos fed on a case containing immature
mild tertian parasites. (night of 7th to 8th March) none contained pigmented.
cells (compare series 7).
Senes 13.—Out of 14 grey mosquitos fed on I crow and 2 pigeons with
halteridium and 4 larks and 6 sparrows, some with proteosoma (night of 11th
to 12th March) one contained pigmented cells.
Series 14.—Out of 34 grey mosquitos fed on I crow and 2 pigeons with
halteridium (12th to 15th March), none contained pigmented cells.
Series 15.—Out of 17 grey mosquitos fed on 3 larks all with proteosoma
(17th to 19th March), 10 contained pigmented cells.
Series 16.—Out of 46 grey mosquitos fed on 2 larks and I sparrow all
with proteosoma (19th to 23rd March), 27 contained pigmented cells.
Series 17.—Out of 58 grey mosquitos fed on I crow with proteosoma caged
together with I crow with halteridium (19th to 27th March), 40 contained pig-
mented cells.
Series 18.—Out of 3 grey mosquitos fed on 2 pigeons with halteridium
(night of 2oth to 21st March), none had pigmented cells.
Series 19.—Out of 18 grey mosquitos fed on 3 sparrows, two of which
had proteosoma, while the third was healthy (24th to 26th March), 6 contained
pigmented cells.
Series 20.—Out of 13 grey mosquitos fed on 2 sparrows, both with pro-·
teosoma (25th March to 1st April), 12 contained pigmented celt's.
Series 21.—Out of 12 grey mosquitos fed on 2 larks, both with proteosoma
(26th to 31st March), 7 contained pigmented cells.
Series 22.—Out of 10 grey mosquitos fed on 2 crows, both with halteridium
only (night of 3oth to 31st March), none contained pigmented cells.
Series 23.—Out of 25 grey mosquitos fed on a healthy sparrow (2nd to 7th
April), none contained pigmented cells.
Series 24.—Out of 21 grey mosquitos. fed on a sparrow with a moderate
number of proteosoma (2nd to 3rd April), 21 contained pigmented cells.
Series 25.—Out of 26 grey mosquitos fed on a sparrow with numerous pro-
teosoma (2nd to 11th April), 25 contained pigmented cells.
Series 26.—Out of 34 grey mosquitos fed on two sparrows (subjects of
series 24 and 25 above), both with proteosoma (7th to 10th April), 30 contained
pigmented cells.
Series 27.—Out of 9 brindled mosquitos fed on 2 sparrows (subjects of
series 24, 25, and 26 above), both with proteosoma (7th to 9th April), none con-
tained pigmented cells.
Series 28.—Out of 10 grey mosquitos fed on 1 lark and 1 sparrow, both with
immature proteosoma (night of 9th to 10th April), none contained pigmented
cells,
Series 29.—Out of 14 grey mosquitos fed on 1 lark with immature pro-
teosoma (night of 10th to 11th April), none contained pigmented cells.
Series 30.—Out of 102 grey mosquitos fed on various crows with halteri-
dium, only (3rd April to 8th May), none contained pigmented cells. Of these 68
were fed in Calcutta and 34 in the Darjeeling district.
Series 31 —Out of 5 grey mosquitos fed on a maina (acridotheres tristis)
with halteridium (night of 6th to 7th May), none contained pigmented cells.
Series 32.—Out of 5. grey mosquitos fed on a crested bunting (melophus,
melanicterus) with.halteridium (night of 10th to 11th May), none contained pig.
\ill\ented cells.
19
4. Outline of further researches required.—The cultivability of proteo-
soma becomes then a fact of great practical importance, implying, as we may
reasonably hope it does, the ultimate solution of the problem of the life-history
of the parasites of malaria outside the human body. It remains however to
find-
fat) the sporulation of the proteosoma-coccidia, and further stages ;
(b) the appropriate second hosts for each species of gymnosporidium.
To judge from my past experiences, the latter enquiry promises to be no
easy one.
V.—Conclusions.
Proteosoma, Labbé, of crows, larks and sparrows is cultivable in grey mos-
quitos.
The resulting stage in the mosquito appears to be a coccidium.
The youngest coccidia yet seen by me have been found in mosquitos killed
on the second day after feeding on birds containing proteosoma. They are
small oval bodies of 8 μ or less in the long diameter ; they occupy the muscular
or sub-muscular coat of the insect's stomach ; they consist of a colourable ecto-
plasm and an indifferent entoplasm ; and contain pigment like that of proteo-
soma, and also vacuoles and granules. They now grow apace, retaining a simi-
lar form ; and add about 10 μ of diameter for every twenty-four hours of their
life. A capsule is speedily formed ; the contents consist of a larger and larger
number of vacuoles and granules ; and the pigment, which generally surrounds
one or more large vacuoles, gradually diminishes in amount until, on about
the fourth day, it vanishes altogether. From this time also the contents are
studded with numerous small oil globules (?) ; and the whole cell begins to
protrude markedly from the external wall of the stomach into the cœiom of the
host. Growth continues until, on the sixth to the seventh day, the size
reached may be 70 μ Χ 6ο μ. At this stage the coccidia are often quite
separate from the stomach tissues, to which, however, they remain attached
by some invisible adhesion. From the seventh to the twelfth day after feeding,
no further development has been observed.
The early stages of similar coccidia have been found in mosquitos fed on
blood containing two of the parasites of malaria.
These observations prove the mosquito theory of malaria as expounded by
Dr. Patrick Manson (6) : and, in conclusion, I should add that I have constantly
received the benefit of his advice during the enquiry. His brilliant induction
so accurately indicated the true line of research that it has been my part merely
to follow its direction.
RONALD ROSS, D.P.H., M.R.C.S.,
Surgeon-Major, Indian Medical Service.
PANKABARI,
DARJEELING DISTRICT;
The 21st May 1893
20
References.
1. ROSS.—Pigmented cells in mosquitos, British Medical Journal, 18th
December 1897.
2. ROSS.—Pigmented cells in mosquitos, British Medical Journal, 26th
February 1898.
3. Ross.—Report on Investigation into Malaria, published in Indian Medi-
cal Gazette, April and May 1898.
4. LABBÉ.—Parasites Endoglobulaires du Sang des Vertébrés, Archives
de Zoologie Expérimentale et Générale, 1894.
5. MACCALLUM.—On the Flagellate Form of the Malarial Parasite, Lancet,
November 13th, 1897.
6. MANSON.—Goulstonian Lectures, British Medical Journal, I4th, 21st
and 28th March 1896.
21
APPENDIX.
Description of the Grey Mosquitos.
The following description of the mosquitos which carry proteosoma, and which I call " grey ''
mosquitos, has been very kindly furnished me by G. C. Dudgeon, Esq., of Pankabari, whose ento-
mological experience is well known :—
" ( ,
head, thorax and abdomen umber brown. Palpi dark
brown, 2/3 length of abdomen, antennæ pale umber brown with
the pectinations much larger in the male than in the female ;
terminal joint of the antennæ long; other joints ringed with
dark brown at the origin of the tuft of cilia, most distinct in the
male. Mesonotum cover ed with rather long squamulæ. Abdo-
men with eight distinct whitish rings and a pair of black spots on
the second segment. Venter with a whitish central double line
broadest on the proximate segment. Legs brownish, with
obscure dark mottlings on the tibiæ and tarsi. Wings with
rather long cilia on the inner margin, becoming shorter towards
the apex ; veins with scanty brownish hairs along them. Length
4 millim."
I may add that the eggs are elongated, taper toward one end,
and are laid in " rafts." A brief differential description would
be—wings and legs plain ; back of abdomen barred with white ;
venter whitish. It is very interesting to note that from inform-
ation given me by Surgeon-Colonel Maitland, this appears to be
albo the filaria-bearing species, or one of them.
Description of the Plates.
NOTE.—All the figures and plates were drawn by me accurately according to scale from actual prepar-
ations, most of which were preserved in formation. Plates II to IX are faithful represent-
ations of entire fields. For descriptions see also Section III, paragraph 2.
Plate I.—Drawings of proteosoma-coccidia from the second to the twelfth day.
Figures I—5, coccidia of the second day. Figures 6, stained.
Figures 7—11, coccidia of the third day. Figure 12, stained.
Figures 13, 14, 15, coccidia of the fourth day. Figure 16, stained.
Figure 17, coccidium of the fifth day.
Figures 18—22, coccidia of the sixth day, and later.
Figure 23, drawing in outline of the stomach of a mosquito studded with proteosoma-
coccidia of the sixth day, seen by a low power.
Plates II—VIII.—Fields of Leitz oel imm. 170 minim (1/12th inch).
Plate II.—External coat of stomach studded with young coccidia of about 30 hours.
Air-vessel, crossing muscular fibres, and some oil-globules are seen.
Plate III.—External coat of stomach studded with young coccidia of about 40 hours,
Plate IV.—Coccidia of third day. Vacuolated forms.
Plate V.—Coccidia of third day. Hyaline forms.
Plate VI.—Coccidia of fourth day. One vacuolated and three hyaline forms. One
coccidium of a second generation derived from a'second feeding.
Plate VIL—Coccidia of the fifth day.
Plate VIII.—Coccidia of the sixth to seventh day. One coccidium of a younger
generation.
Plate IX.—Pyloric end of stomach studded with proteosoma-coccidia of the seventh day, seen by a
power of medium strength.
RONALD ROSS,
Surgeon. Major, Indian Medical Service.
D
39
PLATE II.
PLATE III.
PLATE IV.
PLATE V.
40
PLATE VI.
PLATE VII.
PLATE VIII.
PLATE IX.
Reg. No. 246 Print., I.—June 98.—104.
Litho., S. I. O., Calcutta.
OF THE
MEDICAL AND SANITARY REPORT
NATIVE ARMY OF MADRAS
FOR THE YEAR
1875.
FRAMED ON THE WEEKLY AND ANNUAL RETURNS, ON THE REPORTS OF
REGIMENTAL MEDICAL OFFICERS, AND ON THE INSPECTION REPORTS
OF DEPUTY SURGEONS-GENERAL OF THE INDIAN MEDICAL DEPARTMENT.
(ALL STATISTICAL INFORMATION IS GIVEN IN THE TABLES
AT THE END.)
COMPILED BY THE SECRETARY TO, UNDER THE ORDERS OF, THE SURGEON-GENERAL.
MADRAS:
PRINTED BY E. KEYS, AT THE GOVERNMENT PRESS.
1876.
I.P.
IP/25/AE 3
MEDICAL AND SANITARY REPORT
OF THE
NATIVE ARMY OF MADRAS
FOR THE YEAR
1875.
FRAMED ON THE WEEKLY AND ANNUAL RETURNS, ON THE REPORTS OF
REGIMENTAL MEDICAL OFFICERS, AND ON THE INSPECTION REPORTS
OF DEPUTY SURGEONS-GENERAL OF THE INDIAN MEDICAL DEPARTMENT.
(ALL STATISTICAL INFORMATION IS GIVEN IN THE TABLES
AT THE END.)
COMPILED BY THE SECRETARY TO, UNDER THE ORDERS OF, THE SURGEON-GENERAL.
MADRAS:
PRINTED BY E. KEYS, AT THE GOVERNMENT PRESS.
1876.
INDEX.
[ The Regiments are placed as they stood in the Army List on the 31st December 1875.]
CENTRE OR PRESIDENCY DISTRICT.
PAGE
PAGE
Deputy Surgeon-General W. J. vanSomeren’s
report on the Presidency District
. . . 11
10th Regiment Native Infantry
...
. . . 15
13th
do.
do.
...
. . . 17
Body Guard of His Grace the Governor of
Madras
...
...
...
...
. . . 13
14th
do.
do.
...
. . . 18
37th
do.
do.
...
. . . 19
4th Regiment Native Infantry
...
. . . 14
NORTHERN DISTRICT.
Deputy Surgeon-General W. J. vanSomeren’s
report on the Northern District ...
. . . 21
7th Regiment Native Infantry
...
. . . 26
12th
do.
do.
...
. . . 27
2nd Regiment Native Infantry
...
. . . 23
41st
do.
do.
...
. . .
28
SOUTHERN DISTRICT.
Deputy Surgeon-General L. W. Stewart’s
report on the Southern District ...
. . . 31
38th Regiment Native Infantry
...
. . .
34
24th
do.
do.
...
. . .
35
19th Regiment Native Infantry
...
. . . 32
26th
do.
do.
...
. . . 37
32nd
do.
do.
...
. . . 33
DISTRICT OF MALABAR AND CANARA.
9th Regiment Native Infantry
...
. . .
39
34th Regiment Native Infantry
...
. . . 41
25th
do.
do.
...
. . . 40
MYSORE DIVISION.
Deputy Surgeon-General G. Smith’s report
on Mysore Division
...
...
. . . 43
36th Regiment Native Infantry
...
. . . 65
28th
do.
do.
...
. . .
66
Head-Quarters, Sappers and Miners
. . . 61
30th
do.
do.
...
. . . 68
23rd Regiment Light Infantry
...
. . . 62
CEDED DISTRICTS.
Deputy Surgeon-General G. Smith’s report
on Ceded Districts
...
...
. . . 43
21st Regiment Native Infantry
...
73
27th
do.
do.
...
...
75
4th Regiment Light Cavalry
...
. . . 71
4
INDEX.
HYDERABAD SUBSIDIARY FORCE.
PAGE
PAGE
Deputy Surgeon-General W. Williamson's
3rd Regiment Light Infantry
...
... 84
report on Hyderabad Subsidiary Force ... 78 29th do. Native Infantry
...
... 85
1st Regiment Light Cavalry ...
...
... 82 40th do.
do.
...
... 87
1st
do. Native Infantry
...
... 83 Sappers and Miners, Detachment ...
... 88
NAGPORE FORCE.
Acting Deputy Surgeon-General J. Wilson's
22nd Regiment Native Infantry ...
... 96
report on Nagpore Force ...
...
... 89 31st
do.
Light Infantry
...
... 99
2nd Regiment Light Cavalry
...
... 91 35th do.
Native Infantry ...
... 100
8th
do. Native Infantry
...
... 94
BRITISH BURMAH DIVISION.
Deputy Surgeon-General P. G. FitzGerald's
15th Regiment Native Infantry
...
... 106
report on British Burmah Division
... 102 17th
do.
do.
...
... 110
4th Regiment Native Infantry
... 103 39th
do.
do.
...
... 112
6th do.
do.
...
... 104
SAUGOR DIVISION.
3rd Regiment Light Cavalry...
...
... 115 20th Regiment Native Infantry, Head-Quar
-
ters and Left Wing
...
...
... 121
5th
do. Native Infantry
...
... 117
11th do.
do.
...
... 118 20th Regiment Native Infantry, Right
Wing
...
...
...
...
... 121
16th do.
do.
...
... 120
BENGAL.
33rd Regiment Native Infantry ...
...
...
...
...
...
...
...
...
... 123
STATISTICAL TABLES.
Table No. I.—Showing the Sickness, Mortality, and Invaliding in the Native Army for 1875 ... 127
Table No. II.—Showing the Relative Ratios per Cent. of Treated and Deaths under the different
Classes of Diseases ...
...
...
...
...
...
...
...
... 130
Table No. III.—Showing the Remained, Admitted, Discharged, Died, &c., under the different
Classes of Diseases arranged according to Divisions in which the Troops were
serving
...
...
...
...
...
...
...
...
...
... 132
Table No. IV.—Showing the Remained, Admitted, Discharged, Died, &c., arranged according to
the different Classes of Diseases ...
...
...
...
...
. . . 138
Table No. V.—Summary of the Army Statistics for the year 1875 ...
...
...
...
... 139