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ke (_Fasciola magna_) 526 21. Portion of grass stalk bearing three encysted cercariÊ of the common liver fluke (_Fasciola hepatica_)
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ey are frequently attached to the wall of the pharynx by a pedicel or stalk, it will be seen that they may readily be displaced in different directions so as to produce the symptoms be
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ength may be very great. There is no appetite, no rumination, nor peristalsis. The mouth is hot and sticky, the eyes have receded in their sockets, and milk secretion has ceased. In su
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be carefully selected to insure good quality. Complete rest in a box stall is desirable. When diarrhea is a symptom of a malady characterized by the presence of a blood poison, the tr
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Symptoms._--This disease, although rare, occurs most frequently among stall-fed cattle. Pressure along the margin of the short ribs on the right side produces pain; the appetite is poo
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ion. In the stomach even greater damage is likely to be done. The peristaltic action of the esophagus carries the irritant along quickly, but here it remains quiet in contact with one
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ss appear. Similar precautions should be used in grazing kafir. CORNSTALK DISEASE. Considerable losses of cattle have occurred when they were turned upon cornfields in the fall. Dea
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EURODYNIA. Pleurodynia is a term applied to rheumatism of the intercostal muscles, the apparent symptoms being very similar to those of pleurisy. The animal is stiff, is not inclined
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body, especially the hind part, may be leaned against the side of the stall or stable, as if for support. The bowels are constipated; the urine, when passed, is small in quantity and d
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t, so that they render the liquid cloudy or are deposited in solid crystals. The liquid is rendered transparent by nitric acid. The cow's urine, on a diet of hay and potatoes, contain
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urine passed may likewise lead to suspicion. It may be white, from crystallized carbonate of lime; brown, red, or even black, from the presence of blood or blood-coloring matter; yello
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ndered opaque by entangled earthy granules (carbonate of lime), or crystals of some other urinary salts. In still other cases the casts entangle clear, refrangent globules of oil or fa
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y made up of the solid earthy constituents of the urine which have crystallized out of that liquid at some part of the urinary passage, and have remained as small particles (gravel), o
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t it enters the urine, but all that is wanted to precipitate it in crystalline form as a gritty sand is the presence of oxalic or other acid having a stronger affinity for its base (po
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ir at the opening of the prepuce. It may further be observed that the stall remains dry and that the animal has not been seen to pass water when out of doors. The tail may at times be
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n the form of gravel. The decomposing ammoniacal urine, the gritty crystals precipitated from it, and the fetid, rancid, sebaceous matter set up inflammation in the delicate mucous mem
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en by laxatives, if need be, if the owner would avoid milk fever. Her stall should not incline downward from shoulder to croup, lest the pressure of the abdominal organs should produce
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hat it may easily cause abortion in a predisposed animal. Keeping in stalls that slope too much behind (more than 2 inches) acts in the same way, the compression from lying and the gr
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d keep up in a weak and insufficient manner for many hours, until the stall
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to cut through the connections of the ribs with the breastbone (the costal cartilages) close to the breastbone on each side, and from the abdomen forward to the neck. Then cut through
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described above. Such additional precautions as keeping the cow in a stall higher behind than in front, and seeing that the diet is slightly laxative and nonstimulating may be named.
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of digestion, and which have been fed heavily at the time. Hence the stall-fed, city-dairy cow, and the farm cow on a rich clover pasture in June or July are especially subject. The c
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ongestive form there is sudden dullness, languor, hanging back in the stall, or drooping the head, uneasy movements of the hind limbs or tail; if the cow is moved, she steps unsteadily
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ow, which had waded through a depth of semiliquid manure to reach her stall, died within 24 hours. _Treatment._--Treatment varies with the type and the stage of the disease. If the ca
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ffection is rest, which is best enforced by keeping the animal in the stall and placing strong, muslin bandages about the inflamed joint. As in the sprain of the shoulder, cold water i
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not transmitted to the injured bones. The patient should have a roomy stall, and should be tied by the head to prevent any attempts to move around. In some cases slings have been used.
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made as comfortable as possible by being placed in a well-bedded box stall and a few days permitted to elapse before the case is abandoned. The symptoms last described may possibly be
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nd environment. The animal should be quartered in a large, clean, dry stall, with plenty of light and fresh air, but protected from strong drafts. There should be an abundance of clean
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d atmosphere. Again, we may find one that does all its rubbing in the stall. We may look for lice, but fail to find them. These conditions are generally attributable to high feeding an
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r, a watery fluid inclosed in a chamber behind the cornea; (2) the crystalline lens and its capsule, a transparent, soft solid of a biconvex form, and placed behind the iris; (3) the v
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healing without any treatment at all. CATARACT. In cataract the crystalline lens becomes opaque and loses its transparency, the power of refraction is lost--the animal can not see.
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this rule should apply to all disinfections--the disinfected stables, stalls, etc., should remain vacant as long as possible before cattle are again stabled therein. (4) Mercuric chlo
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robably mistaken in a great many instances for anthrax, blackleg, cornstalk disease, and cerebrospinal meningitis. The disease is essentially a septicemia, or blood poisoning, and the
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are no local swellings, and cattle are not frequently affected. Cornstalk disease may be differentiated from this affection from the fact that it always occurs after the cattle are t
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le of producing new outbreaks should fresh cattle be brought into the stalls and thus come into actual contact with them. Again, the pustules may appear, one after another, on a single
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ose animals that have been exposed. (3) Complete disinfection of all stalls and sheds. The disease appears to break out in winter and hold over to spring. It is conceivable that expo
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Caustic soda 4 White arsenic 10 Sal-soda crystals 10 There should be also some means for heating the solution in case, as sometimes happens because of i
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e bacilli producing the disease are readily found in such manure. The stalls, stables, and barnyards should also be thoroughly disinfected, as has been described under "Tuberculosis,"
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tage seems to be infectious. In this stage the larvÊ migrate up grass stalks (fig. 15) or other objects, showing activity whenever the air is saturated with moisture; that is, during r
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uke (_Fasciola magna_).] [Illustration: FIG. 21.--Portion of grass stalk bearing three encysted cercariÊ of the common liver fluke (_Fasciola hepatica_). Enlarged.] TAPEWORM CYS
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use against hemorrhagic septicemia, 401 Intercostal muscles, rheumatism affecting, description and treatment, 100 I
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reatment, 181 eye, description, 343 intercostal, rheumatism affecting, description and treatment, 100 Mycotic stomatitis-- cattle, chapter by John
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287, 288 intercostal muscles, description and treatment, 101 Rhode Island, foot-and-mouth disease,
small, pulpy magma by which the bladder is considerably distended.
_Symptoms._--The symptoms of stone in the bladder may be absent until one
of the masses escapes into the urethra, but when this occurs the escape of
urine is prevented, or it is allowed to pass in drops or driblets only, and
the effect of such obstruction becomes manifest. The point of obstruction
is not always the same, but it is most frequently at the S-shaped curve of
the penis, just above the testicles or scrotum. In cows and heifers the
urethra is so short and becomes so widely dilated during the urination that
the calculi easily escape in the flow of liquid and dangerous symptoms
practically never appear.
Even in the male the signs of illness are at first very slight. A close
observer may notice the cylinders of hard, earthy materials encircling the
tufts of hair at the opening of the prepuce. It may further be observed
that the stall remains dry and that the animal has not been seen to pass
water when out of doors. The tail may at times be gently raised and
contractions of the muscle (accelerator urinÊ) beneath the anus (Pl. IX,
fig. 2) may take place in a rhythmical or pulsating manner. As a rule,
however, no symptom is noticed for two days, only the animal is lacking in
his usual spirits. By this time the constantly accumulating urine has
distended the bladder beyond its power of resistance and a rupture occurs,
allowing the urine to escape into the cavity of the abdomen. Then dullness
increases; the animal lies down most of his time; he becomes stupid and
sometimes drowsy, with reddish-brown congestion of the lining membrane of
the eyelids; pressure on the abdomen causes pain, flinching, and perhaps
groaning, and the lowest part of the belly fluctuates more and more as the
escaping urine accumulates in greater and greater amount. If at this stage
the oiled hand is introduced into the rectum (last gut), the animal
flinches when pressure is made downward on the floor of the pelvis, and no
round, distended bladder is felt. If the same examination is made prior to
the rupture, the rounded, tense, elastic bladder is felt extending forward
into the abdomen, containing one or two gallons of liquid. There may be
uneasy shifting of the hind limbs and twisting of the tail, also frequent
lying down and rising, but these symptoms are exceptional.
When the obstruction is low down between the thighs (at the S-shaped
flexure), the line of the pulsating urethra from the anus downward may be
felt distended with liquid, and though, by the hard swelling of the
urethra, it is seldom easy to distinguish the exact seat of the stone, yet
there is usually tenderness at the point of obstruction, and from this it
may be accurately located.
_Treatment._--The treatment of stone in the bladder or urethra consists in
the removal of the stone by incision and the use of forceps. (Pl. XI, fig.
4.) When the stone has been arrested at the S-shaped flexure just above the
scrotum, the patient being lean, the thickened tender part of the penis may
be seized between the fingers and thumb of the left hand, while the
calculus is exposed by a free incision with the knife held in the right. If
there is no other obstruction between this point and the bladder, and if
the latter has not yet ruptured, a flow of urine should take place from the
opening. If there is no escape of liquid, a catheter or sound, one-fourth
of an inch in diameter, must be passed up through the canal (urethra) until
it is arrested by the next stone, on which a similar incision should then
be made to effect its extraction. In case the stone has been arrested in
the portion of the urethra which is in front of the arch of the hip bone
and inside the pelvis, it can be reached only by making an opening into the
urethra beneath the anus and over the arch of the hip bone, and from this
orifice exploring the urethra with fine forceps to the neck of the bladder
or until the stone has been reached and extracted. Owing to the small size
of the canal (urethra) to be opened and the great thickness of erectile
tissue to be cut through, the operation requires a very accurate knowledge
of the parts, while the free flow of blood is blinding to the operator. A
staff should always be passed up through the urethra from the lower wound,
if such has been made, or, in case of its absence, through the whole length
of the penis, that organ having been drawn out of its sheath until the
S-shaped curve has been effaced and the course of the canal rendered
straight. Upon the end of this staff the incision can be made with far more
confidence and certainty. The operation can be undertaken only by a skilled
veterinary anatomist, but the hints given above may be valuable in showing
the stock owner when he is being properly served in such a case.
In outlying districts, where no skilled operator can be had, a transverse
incision may be made with a clean, sharp knife through the root of the
penis, just over the arch of the hip bone, when the urine will flow out in
a full stream. The attendant bleeding may be ignored, or if profuse it may
be checked by packing the wound firmly with cotton wool for several hours.
The urine will continue to escape by the wound, and the ox should be
fattened for the butcher.
The immediate relief is not to be looked upon as a permanent cure, as the
calculi in the affected ox are usually numerous, and later attacks are
therefore to be looked for. Hence it is desirable to fatten and kill such
cases after a successful operation. If a breeding animal is too valuable to
be killed, he should be subjected to preventive measures, as laid down
under "Stone in the kidney," page 139.
It should be added that when the bladder is filled with a soft magma a
catheter may be introduced through the whole length of the urethra to be
used in pumping water into the bladder. This water is extracted through the
same channel when it has been charged with the suspended solids by
manipulations of the bladder with the oiled hand introduced through the
rectum.
CALCULI, OR GRAVEL, IN THE PREPUCE, OR SHEATH.
This is usually a collection of gravel, or a soft, puttylike material which
causes distinct swelling of the sheath and gives it a soft, doughy feeling
when handled. It may be removed in part by the oiled fingers introduced
into the cavity, assisted by manipulation from without, or a tube may be
inserted until the end extends behind the collection and water pumped in
until the whole mass has been evacuated. Should even this fail of success,
the sheath may be slit open from its orifice back in the median line below
until the offending matter can be reached and removed. In all such cases
the interior of the sheath should be finally lubricated with sweet oil or
vaseline. It is unnecessary to stitch up the wound made in the sheath. (See
"Inflammation of the sheath," p. 155.)
[Illustration: PLATE IX.
KIDNEY AND MALE GENERATIVE AND URINARY ORGANS.]
[Illustration: PLATE X.
MICROSCOPIC ANATOMY OF THE KIDNEY.]
* * * * *
DISEASES OF THE URINARY ORGANS.
DESCRIPTION OF PLATES.
PLATE IX. Kidney and male generative and urinary organs.
Fig. 1. Kidney of the ox. (From Handbuch des Vergleichenden Anatomie des
Haus S‰ugethiere, vol. 7, 1890.) A, renal artery carrying blood into the
kidney; V, renal vein carrying blood from the kidney back to the heart; H,
ureter, the tube carrying the urine from kidney to bladder. It is formed by
the union of a number of branches which begin as cups (calices), each
inclosing the tip of a conical mass of tissue from which the urine
excludes.
Fig. 2. Genital and urinary organs of the bull. (From Leisering, Mueller,
and Ellenberger, Handbuch des Verg. Anat. des Haus S‰ugethiere.) the serous
membrane enveloping the testicles; 3, the right testicle, outer view; 3',
left testicle, inner view; 4, epididymis, or the beginning of the excretory
canal of the testicle; 4', globus major, or the head of the epididymis;
4'', globus minor, or the tail of the epididymis; 5, vas deferens, the duct
through which the seminal fluid reaches the ejaculatory ducts; 5', pelvic
dilation of the vas deferens; 6, vesicula seminalis. The vesiculÊ seminalis
are two oval pouches, which, in addition to their own secretions, receive
the semen conveyed by the seminal ducts and hold it in reserve until
copulation; 7, membranous or intrapelvic portion of the urethral canal
covered by Wilson's muscle; 8, part of the prostate gland, covered by
Wilson's muscle; 9, Cowper's gland. This gland, like the prostate gland,
secretes a fluid which is thrown into the urethal canal in abundance
immediately before ejaculation; by this means the expulsion of the semen is
facilitated; 10, ejaculator seminis, or accelerator urinÊ muscle; 11,
penis; 11', cut portion of same; 12, cut suspensory ligaments of penis; 13,
sheath, or prepuce laid open; 14, retractor muscles of sheath; 15,
cremaster muscle cut at superior extremity; 16, duplicature of peritoneum;
17, ureters carrying urine from the kidneys to the bladder.
PLATE X. Microscopic anatomy of the kidney.
Fig. 1. In this figure the minute apparatus for the secretion, collection,
and discharge of the urine into the pelvis of the kidney (see preceding
plate) is shown. The course is as follows: The urine is secreted from the
blood vessels in the little round bodies called glomeruli (12), and by the
minute cells in the curved tubes (11, 9, 10, 8), and passes through the
convoluted and straight tubes (7, 6) into the larger tube (1), and then out
into the pelvis, thence through the ureters into the bladder. The fluid and
salts dissolved in the urine are taken from the blood, and the minute blood
vessels are therefore very abundant in the kidneys, as is shown by the
branches and network on the left of the figure. The blood passes into the
kidney in the artery (13), which then divides into branches which pass into
the glomeruli (12) and also forms network around the secreting tubules (11,
9). The urine and salts pass from these vessels through the cells lining
the tubules into the latter, and are discharged as described above. The
blood is again collected in veins drawn black in the figure.
Fig. 2 illustrates the manner in which the blood is distributed in the
glomerulus (_f_), and also to the secreting tubules (_e_).
Fig. 3 shows the relation between the blood vessel in the glomerulus (_e_)
the tubule which conducts the urine therein secreted from the blood vessel;
(_c_) represents a glomerulus from which the urinary tubule has been
removed.
PLATE XI. Calculi of kidney and bladder.
Fig. 1. Calculus, or stone, from the kidney. These are in the pelvis or
portion of the ureter receiving the urine. The prolongations are casts of
the branches of the pelvis. See the plates of the kidney for further
description.
Fig. 2. Calculus made up of oxalate of lime magnified 215 times.
Fig. 3. Phosphatic calculus containing a nucleus of uric acid, sawed
through to show concentric layers.
Fig. 4. Straight forceps used in removing stones from the bladder.
Fig. 5. Casts of the minute tubules of the kidney found in the urine in
various kinds of kidney disease. Highly magnified.
* * * * *
[Illustration: Plate XI.
CALCULI OF KIDNEY AND BLADDER.]
FOOTNOTES:
[1] Encyklop. der Thierheilk., Vol. IV, p. 208.
DISEASES OF THE GENERATIVE ORGANS.
By JAMES LAW, F. R. C. V. S.,
_Formerly Professor of Veterinary Science, etc., in Cornell University._
[Revised by Adolph Eichhorn, D. V. S.]
GENERAL DISCUSSION.
Diseases of the generative organs are practically confined to animals which
are kept for reproduction and the dairy. The castration of the bull
condemns these organs to inactivity and protects them from the many causes
of injury attendant on the engorged blood vessels in the frequent periods
of sexual excitement, on the exposure to mechanical violence, and on the
exposure to infective inoculation. In three respects the castrated male is
especially subject to disease: (1) To inflammation and tumefaction of the
cut end of the cord that supported the testicle and of the loose connective
tissue of the scrotum; (2) to inflammation of the sheath and penis from the
accumulation of gravel in the former, from which the penis is not usually
protruded in passing water; and (3) to bruising, abrasion, and inflammation
of the sheath and penis during suspension in the stocks for the purpose of
shoeing. Apart from these the ox is practically almost exempt from the
inflammations and injuries of the genital organs. The same applies to the
castrated heifer. Inflammation may occur in the broad ligament of the womb
whence the ovary has been removed or infective inflammation in the
abdominal cavity (peritonitis) in case the operation has been performed
through the flank, as it usually is in the young heifer. Apart from these,
the castrated heifer is practically immune from any trouble of the
generative apparatus. Even the virgin heifer is little subject to such
troubles, though she is not exempt from inflammations, and above all, from
morbid growths in the ovaries which are well developed and functionally
very active after the first year, or in precocious animals after the first
few months of life. The breeding cow, on the other hand, is subjected to
all the disturbances attendant on the gradual enlargement of the womb, the
diversion of a large mass of blood to its walls, the constant drain of
nutrient materials of all kinds for the nourishment of the fetus, the risks
attendant and consequent on abortion and parturition, the dangers of
infection from the bull, the risks of sympathetic disturbance in case of
serious diseases of other organs, but preeminently of the urinary organs
and the udder, and finally the sudden extreme derangements of the
circulation and of the nervous functions which attend on the sudden
revulsion of a great mass of blood from the walls of the contracting womb
into the body at large immediately after calving.
In reviewing this class of diseases, therefore, we have to note, first,
that they are almost exclusively restricted to breeding animals, and
secondly that in keeping with the absolute difference of the organs in the
male and female we find two essentially distinct lists of diseases
affecting the two sexes.
EXCESS OF VENEREAL DESIRE (SATYRIASIS IN MALE, OR NYMPHOMANIA IN FEMALE).
This may occur in the male from too frequent sexual intercourse, or from
injury and congestion of the base of the brain (vasodilator center in the
medulla), or of the posterior end of the spinal cord, or it may be kept up
by congestion or inflammation of the testicles or of the mucous membrane
covering the penis. It may be manifested by a constant or frequent
erection, by attempts at sexual connection, and sometimes by the discharge
of semen without connection. In bad cases the feverishness and restlessness
lead to loss of flesh, emaciation, and physical weakness.
It is, however, in the female especially that this morbid desire is most
noticeable and injurious. It may be excited by the stimulating quality of
the blood in cows fed to excess on highly nitrogenous feed, as the seeds of
the bean, pea, vetch, and tare, and as wheat bran, middlings, cotton seed,
gluten meal, etc., especially in the case of such as have no free exercise
in the fields, and are subject to constant association with a vigorous
young bull. A more frequent cause is the excitation or congestion of some
part of the genital organs. Disease of the ovaries is preeminently the
cause, and this may be by the formation of cysts (sacs containing liquid)
or of solid tumors or degenerations, or, more commonly than all, the
formation of tubercle. Indeed, in case of tuberculosis attacking the
abdominal organs of cows, the ovaries or the serous membranes that support
and cover them (the broad ligaments of the womb) are peculiarly subject to
attack, and the animal has constant sexual excitement, incessantly riding
or being ridden by other cattle, having no leisure to eat or chew the cud,
but moving restlessly, wearing the flesh off its bones, and gradually
wasting. In some localities these cows are known as "bullers," because they
are nearly always disposed to take the bull, but they do not conceive, or,
if they do, they are subject to early abortions. They are, therefore,
useless alike for the dairy and for the feeder, unless the removal of the
ovaries subdues the sexual excitement, when, in the absence of tuberculous
disease elsewhere, they may be fattened for the butcher.
Among the other sources of irritation charged with causing nymphomania are
tumors and cancers of the womb, rigid closure of the neck of the womb so
that conception can not occur and the frequent services by the male which
stimulate the unsatisfied appetite, inflammation, and a purulent discharge
from the womb or vagina.
_Treatment._--The treatment in each case will vary with the cause and is
most satisfactory when that cause is a removable one. Overfeeding on richly
nitrogenous feed can be stopped, exercise in the open field given, diseased
ovaries may be removed (see "Castration," p. 299), catarrhs of the womb and
passages overcome by antiseptic, astringent injections (see "Leucorrhea,"
p. 224), and tumors of the womb may often be detached and extracted, the
mouth of that organ having been first dilated by sponge tents or otherwise.
The rubber dilator (impregnator), sometimes helpful in the mare, is rarely
available for the cow, owing to the different condition of the mouth of the
womb.
DIMINUTION OR LOSS OF VENEREAL DESIRE (ANAPHRODISIA).
This occurs in either sex from low condition and ill health. Longstanding,
chronic diseases of important internal organs, leading to emaciation and
weakness, or a prolonged semistarvation in winter may be sufficient cause.
It is, however, much more common as the result of degeneration or extensive
and destructive disease of the secreting organs (testicles, ovaries) which
elaborate the male and female sexual products, respectively. Such diseases
are, therefore, a common cause of sterility in both sexes. The old bull,
fat and lazy, becomes sluggish and unreliable in serving, and finally gets
to be useless for breeding purposes. This is not attributable to his weight
and clumsiness alone, but largely to the fatty degeneration of his
testicles and their excretory ducts, which prevents the due formation and
maturation of the semen. If he has been kept in extra high condition for
exhibition in the show ring, this disqualification comes upon him sooner
and becomes more irremediable.
Similarly the overfed, inactive cow, and above all the show cow, fails to
come in heat at the usual times, shows little disposition to take the bull,
and fails to conceive when served. Her trouble is the same in kind, namely,
fatty degeneration of the ovaries and of their excretory ducts (Fallopian
tubes), which prevents the formation or maturation of the ovum or, when it
has formed, hinders its passage into the womb. Another common defect in
such old, fat cows is a rigid closure of the mouth of the womb, which
prevents conception, even if the ovum reaches the interior of that organ
and even if the semen is discharged into the vagina.
_Preventive._--The true preventive of such conditions is to be found in a
sound hygiene. The breeding animal should be of adult age, neither overfed
nor underfed, but well fed and moderately exercised; in other words, the
most vigorous health should be sought, not only that a strong race may be
propagated, but that the whole herd, or nearly so, may breed with
certainty. Fleming gives 79 per cent as the general average of cows that
are found to breed in one year. Here more than a fifth of the progeny is
sacrificed and a fifth of the product of the dairy. With careful management
the proportion of breeders should approach 100 per cent. The various local
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