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House of Representatives, and said documents shall be distributed by Members of the Senate and House of Representatives. CONTENTS.
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n clovers, beans, and peas cause very severe irritation of the lining membrane of the mouth and throat, resulting sometimes in gangrene of this tissue. _Polydesmus exitans_ grows on
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the cow has not tuberculosis, she should be kept apart from the other members of the herd. DISTENTION OF RUMEN OR PAUNCH WITH FEED. This form of indigestion is caused by the animal
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g animals which have died of this disease it is found that the lining membrane of the fourth stomach and the intestines, particularly the small intestine, is red, swollen, streaked wi
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lways severe and often fatal. _Post-mortem appearances._--The mucous membrane of the fourth stomach has a well-marked red color and sometimes presents ulcerations. The wall is thicke
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ere is a yellow appearance of the white of the eyes and of the mucous membrane of the mouth. A similar aspect of the skin may also be observed in animals which are either partly or al
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utward between the abdominal wall and the skin; _p p_, peritoneum, or membrane lining the abdominal cavity, carried through the opening _o_ by the loop of intestine and forming the sa
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rrhea is developed; in many cases blood and shreds of detached mucous membrane are mixed with the evacuations. There is irregular and feeble pulse and respiration, and death is likely
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ulse, difficult breathing, bluish discoloration of the visible mucous membranes, stupor, or convulsions. If the poison is not powerful or plentiful enough to produce death, it is, at
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general care should be as in pericarditis. ENDOCARDITIS. When the membrane which lines the cavities of the heart--the endocardium-- suffers inflammation, the disease is called end
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unt in making a diagnosis and in overcoming the disease. _The mucous membrane._--The mucous membrane should in all cases be examined. It can be readily seen by everting the eyelids o
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be given. LARYNGITIS (SORE THROAT). An inflammation of the mucous membrane lining the larynx is known as laryngitis. It may be either a primary or a secondary disease, complicated
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portion of the brain, known as the cerebellum. The meninges are the membranes, three in number, which envelop the brain and spinal cord, and separate them from the bones which form
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manifested. Post-mortem examinations have disclosed tubercles in the membranes of the brain. (See "Tuberculosis," p. 407.) Abscesses, usually the result of inflammation of the brain,
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backward beneath the loins, then inward, supported by a fold of thin membrane, to open into the bladder just in front of its neck. The canal passes first through the middle (muscular
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nchymatous); (3) the connective tissue (interstitial); (4) the lining membrane of its ducts (catarrhal); and (5) its pelvis or sac receiving the urine (pyelitis). It has also been dis
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t parturition. The irritation attendant on inflammation of the mucous membrane of the bladder may be a further cause of spasms of the neck, as may also be inflammation of the channel
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ough, crystalline surface, which proves very irritating to the mucous membrane. They have a specific gravity of 1.109 to 1.637, and are composed chiefly of ammonio-magnesium phosphate
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pid 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 par
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f the parts. The sheath has a very small external opening, the mucous membrane of which is studded with sebaceous glands secreting a thick, unctuous matter of a strong, heavy odor. Be
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formed cotyledons (Pl. XIII, fig. 2), to which in ruminants the fetal membranes are attached). At other times, unless the womb is opened in the effort to expel it, the polypus can be
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ntorted cord. There is in addition a series of diseases of the mucous membrane of the womb, and of the fetal membranes (inflammation, effusion of blood, detachment of the membranes fr
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e of cattle, characterized by an inflammatory condition of the mucous membrane of the vagina and the development of nodules upon its surface. This disease is very widely spread, but
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otion (carbolic acid 1 dram in 1 quart of water). CONSTRICTION OF A MEMBER BY THE NAVEL STRING. In early fetal life the winding of the navel string around a limb may cause the latt
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me firmly impacted. As a rule, each of the twins has its own separate membranes, and as the water bags of one will naturally first enter and be the first to burst, so the calf which o
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er parts cut through as they are drawn tense, until finally the whole member has been extracted. Traction on the rope round the other thigh will now suffice to extract, in most cases,
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the womb may be equally dry, inflamed and swollen, so that its lining membrane or even its entire thickness is easily torn; the fetal membranes have lost their natural, unctuous and s
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hrough the muscles, and more carefully through the transparent lining membrane of the abdomen (peritoneum), letting the point of the knife lie in the groove between the first two fing
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and the continued dilatation of the womb in the absence of the fetal membranes led to a flow of blood which accumulated in clots around the calf. Other causes are laceration of the c
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eptic materials retained in the womb cause inflammation of its lining membrane, and this, together with the absorption into the blood of the products of putrefaction, leads to ill hea
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pecially hot and the veins of the head full, while the visible mucous membranes of nose and eyes are deeply congested. The cow may lie on her breastbone with her feet beneath the bod
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esult of infection and sometimes run a very rapidly fatal course. I remember one to which I was called as soon as the owner noticed it, yet I found one-quarter dark blue, cold, and sh
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s and calculi. The movement is limited by the elasticity of the inner membrane of the teat from which it grows, and is somewhat freer in certain cases because the growth has become lo
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recognized by the blueness of the eyes, nose, mouth, and other mucous membranes, the coldness of the surface, and the extreme sensitiveness to cold. CONSTIPATION. At birth the bowe
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pective openings; also tongue-tie, in which the thin, flaccid, mucous membrane passing from the median line of the lower surface of the tongue binds the latter too closely to the floo
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tside through their covering, called the periosteum--the thin, strong membrane that covers every part of the bone except the articular surface of the joints; and, second, from within
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and the articular surface of the bone is covered by a thin, delicate membrane, known as the "synovial membrane," which secretes the joint oil (synovia). This fluid is viscid and colo
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structures of the joints, tendons, ligaments, and muscles. The serous membranes and heart may also be affected. According to its location, rheumatism is specified as articular or musc
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rnous angiomas are seen in cattle, affecting the liver and the mucous membrane of the nasal septum. In the liver they appear as smooth, flat, nonprojecting tumors of a dark-red or pur
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le, or a child's head. Its walls are formed by the diseased secreting membrane of the bursal sac, and are readily detachable from the subcutis of the skin. Their internal surfaces are
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tion may have advanced to softening and sloughing of the interdigital membrane. If the disease is neglected at this stage, deep abscesses may form and the pus burrow under the horny w
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subjacent to the choroid. The sclerotic is a strong, opaque, fibrous membrane, which, in a great measure, maintains the form of the eyeball and protects the more delicate structures
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or arises from the cornea or the sclerotic, covered by its respective membrane, with a growth of hair upon its surface. These tumors may be quite prominent or flattened, and are dark
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. Micrococci (streptococcus) which produce inflammation of the lining membranes of the abdomen, thorax, heart, brain, and joints. Frequently associated with the preceding bacteria in
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er, are very disagreeable and irritating to the eyes and nasal mucous membranes. One and one-half ounces of formalin added to 1 gallon of water is a valuable agent for the disinfectio
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ra may be covered with one or more layers of a firm, elastic, grayish membrane, which varies in thickness and which sometimes may be pulled away entirely. Sometimes it is absent. The
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to the digestive and respiratory organs become prominent. The mucous membrane of the mouth and the nose, as well as that of the rectum and vagina, becomes reddened, either in patches
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size of hempseeds or peas are making their appearance upon the mucous membranes of the mouth at the border and upper surface of the tongue near the tip, the inside of the cheeks, on t
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mulate the vesicular eruption of foot-and-mouth disease on the lining membrane of the mouth. When the blisters have ruptured, however, and the resulting lesions have become contaminat
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re may be a blood-stained discharge from the nostrils, and the mucous membrane thereof will often show punctiform hemorrhages. The pulmonary form shows the same symptoms as croupous p
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he most common of which is tuberculosis of the brain and its covering membranes. The post-mortem lesions, however, should assist in making a correct diagnosis. Tetanus may readily be
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e number of cases the changes are limited to the lungs and the serous membranes[4] of the thorax and abdomen. Pathologists have been in the habit of calling the lung disease tuberculo
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e small and obscure. While this fact is admitted, it should also be remembered that such a small lesion to-day may break down and become widely disseminated in a relatively short peri
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ionally the ends of the bones, where they are covered by the synovial membrane of the joints, are dotted with tubercles. The muscular system itself is very rarely the seat of tubercul
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eruptions of cowpox as a safeguard against the ravages of smallpox in members of the human family is well known. The immunity which such vaccination confers upon the human subject has
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g the prickly fruit of the cactus plant, causing wounds of the mucous membrane and subsequent infection with the parasite. Much additional information of a similar kind must be forthc
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of the chest are strained during breathing, while the visible mucous membranes (nose, mouth, rectum, and vagina) become bluish. If the disease has started in the bowels, there is muc
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is not infrequently found, together with bloodstaining of the lining membrane of these cavities. Blood spots (or ecchymoses) are also found on the heart and lungs. The liver is conge
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the lung and in the liver and necrotic patches observed on the mucous membrane of the gastrointestinal tract. _Symptoms._--Necrotic stomatitis is both a local and a systemic affectio
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s, giving the urine a deep-red color, with a yellowness of the mucous membranes and fat, which is seen more especially in fat cattle, by a rapid loss of strength, and with fatal resul
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loped a very satisfactory arsenical dip. Two formulas are given for homemade dips, one known as the "S-B" (self-boiled) and the other as the boiled dip. The former is the one usually
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also involves the large intestines, including the rectum. The mucous membrane may alone be affected, although usually in the long-standing cases the submucosa is also invaded and the
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market are usually more expensive, and often less efficacious than homemade mixtures. At the Minnesota experiment station rancid lard 1 pound and kerosene one-half pint, mixed thoro
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cated by a field test approved by the Bureau of Animal Industry. A homemade nicotin dip may be prepared as follows: For each 100 gallons of dip desired, take 21 pounds of good, prep
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e or of the gullet. Bleeding at the mouth or nose may be noticed, the membranes where the leech is attached are liable to be swollen and congested, and as a result of the loss of bloo
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here is present in the affected animals an inflammation of the mucous membrane of the mouth. This inflammation, which quickly develops into ulcers, is one of the principal and most fr
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The absence of suppurating sores between the claws and on the mucous membrane of the mouth, the knowledge that the lesion upon the limb in question extends uninterruptedly around it,
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limbs and between thighs, during pregnancy, cause, 162 membranes of fetus, description and treatment 162 navel, description and treatment,
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loping outside womb, description and treatment, 163 membranes, dropsy affecting, description and treatment, 162 prolonged retention, description and tr
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nard Pearson, 7-11 Membrana nictitans of eye, description, 343 Meninges, number and functions,
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scription, 330 Sclerotic membrane of eye, description, 341 Scouring-- acute contagious, in newborn calv
near-lying part, such as a muscle, tendon, or joint. Blisters are applied
to the skin for the purpose of obtaining the effect of counterirritation
upon a neighboring region or organ. Cold water may be applied to the skin
to reduce the temperature and to diminish congestion or inflammation in a
superficial area or to reduce the temperature of the whole body. High fever
and heat strokes are treated in this way.
BY THE TISSUE BENEATH THE SKIN.--Hypodermic or subcutaneous injections are
often made for the purpose of introducing a drug, reagent, or vaccine
directly into the connecting tissue beneath the skin. Introduced in this
way, the substance is quickly absorbed, none of it is lost, and its whole
effect is obtained, often within a few minutes.
There are numerous precautions necessary in making a subcutaneous
injection, most of which have to do with cleansing and sterilization. It is
also important to select a proper site for the injection, so that blood
vessels, joints, and superficial nerves, organs, or cavities may all be
avoided. With due regard for the necessary precautions, there is
practically no danger in such an injection, but it should be attempted only
by those who are able to carry it through in a surgically clean way. Only
certain drugs can be given subcutaneously, and dosage must be accurately
graduated.
BY THE VEINS.--Certain medicines act most promptly and surely when
introduced directly into the blood by injecting them into a vein, usually
the jugular. Some vaccines and antitoxins are administered in this way.
Intravenous injection should be practiced only by experienced
veterinarians.
DISEASES OF THE DIGESTIVE ORGANS.
By A. J. MURRAY, M. R. C. V. S.
[Revised by R.W. HICKMAN, V. M. D.]
CHARACTER OF FEEDS AND FEEDING.
Diseases of the digestive organs are very common among cattle, and may
often be traced to defects in feeding. The first three stomachs of the
larger ruminants hold the feed for a long time, during which period it is
subjected to macerating, mixing, and straining processes in preparation for
entrance into the fourth or true stomach. The straining is accomplished
through the medium of the manyplies or book, while the paunch, or rumen,
with its adjunct, the waterbag, is concerned in the macerating, kneading,
and mixing, as well as in regurgitation for rumination or the chewing of
the cud. The action of the first three stomachs is merely preparatory to
digestion. Thus it would seem that as a result of their complex anatomical
and functional arrangement the feed of the ox, when of good quality and
wholesome, is in the most favorable condition possible for the digestive
process when it reaches the fourth stomach, where true digestion first
takes place. The location and arrangement of the stomachs are shown in
Plates I and II.
If the feed is of improper character, or is so given that it can not be
cared for by the animal in a normal way, false fermentations arise, causing
indigestion, and possibly, later, organic disease. In feeding cattle there
are a number of important considerations apart from the economy of the
ration, and some of these are noted below.
Feeds must not be damaged by exposure to the weather, by frost, by molds,
or by deleterious fermentations.
Damaged feeds retard or prevent digestion, and sometimes they contain or
cause to be generated substances that irritate the digestive tract, or are
distinctly poisonous to the animal. For example, hay that was rained on
severely during curing has not only lost a part of its nutritive value
through a washing-out process, but what remains is not so readily available
as in good hay. Roots that have been frozen are likely to irritate and
injure the digestive tract. Grass eaten with frost on it may cause severe
indigestion. All moldy feeds are not injurious, for some molds appear to
have no influence on the process of digestion, but those of other species
may not only retard digestion and cause local injury to the digestive
organs, but may cause general poisoning of a severe and fatal type.
The following molds have been shown (Dammann) to be dangerous in respect to
the production of the morbid conditions enumerated:
_Tilletia caries_ grows chiefly in wheat and may be found with the grain,
thus appearing in the bran or meal. It causes paralysis of the throat and
spinal cord and irritation of the digestive tract. The rusts, such as
_Puccinia graminis_, _P. straminis_, _P. Coronata_, and _P. arudinacea_,
cause colic and diarrhea, and in some cases partial paralysis of the
throat. The rusts that occur on clovers, beans, and peas cause very severe
irritation of the lining membrane of the mouth and throat, resulting
sometimes in gangrene of this tissue.
_Polydesmus exitans_ grows on the leaves of rape and turnips, appearing in
early summer. This fungus is very irritating to the mouths and feet of
cattle, causing severe inflammation and the formation of a false membrane.
In some instances this condition has been mistaken for foot-and-mouth
disease, but it can be differentiated by the absence of the blister that
is characteristic of that disease and by the further fact that it is
nontransmissible.
_Polytrincium trifolii_, which grows on clover, causing it to become black,
causes severe irritation of the stomach and intestines of cattle feeding
upon it.
Feeds must not contain too large a proportion of woody fiber or of
indigestible substances. If the dry matter ingested or the bulk of the feed
is very great on account of the small proportion of digestible matter, it
is impossible for the great mass to be moistened properly with and attacked
by the digestive juices. In consequence of this, abnormal fermentations
arise, causing indigestion and irritation of the digestive organs. On the
other hand, a ration too concentrated, and especially too rich in protein,
is not suitable, because, after a meal, the animal must have a certain
feeling of fullness in order to be comfortable and quiet, and the digestive
organs require a relatively large volume of contents to fill them to the
point where secretion is properly stimulated and their activity is most
efficient. If too much protein is in the ration there is a waste of
expensive feed, and the tendency is for the animal to become thin. It is
evident that a cow can not thrive on concentrated feeds alone, even though
these contain in assimilable form all the nutritive materials needed for
perfect support. It is because bulk is necessary that the standard of about
25 pounds of dry matter per cow per day has been reached by experimenters.
There is no objection to feeding grain or meal separately to a cow,
provided enough bulky feed is fed at another time in the day to keep the
digestive tract sufficiently distended.
In changing the ration, and especially in making radical changes, as at the
beginning and the end of the pasturing season, the change should be made
gradually, so that the digestive organs may accommodate themselves to it.
After the digestive organs and juices have from long practice become
adjusted to the digestion of a certain feed, which is then suddenly
withheld and another of quite different character and properties is
substituted, the second feed is not well digested; it may even irritate the
digestive canal. It is often observed that cattle lose from 25 to 100
pounds when turned on pasture from dry stable feed. This loss can readily
be prevented by not shocking the digestive organs by a sudden change of
diet.
Regularity in feeding has much to do with the utilization of the ration,
and gross irregularity may cause indigestion and serious disease.
Water for live stock should be as free from contamination and as nearly
pure as that used for household purposes. When practicable it is well to
warm the water in the winter to about 50∞ F. and allow cattle to drink
often.
DISEASES OF THE MOUTH.
WOUNDS AND CONTUSIONS OF THE LIPS, AND SNAKE BITE.
The lips may become inflamed from contusions, which are sometimes produced
by a blow from the horns of another animal, or, in the case of working
oxen, by a blow from the driver. While cattle are grazing, more especially
when they are in woods, they may be bitten in the lips by insects or
serpents.
_Symptoms._--As a result of a contusion the lips become thick and swollen,
and if treatment is neglected the swelling may become hard and indurated,
or an abscess may form. This condition renders it difficult for the animal
to get food into its mouth, on account of the lips having lost their
natural flexibility. In such cases an ox will use his tongue more in the
prehension of food to make up for the incapacity of the lips. In cases of
snake bite the swelling is soft or puffy and its limits are not well
defined.
_Treatment._--When we have to deal with a bruise, the affected part should
be bathed with hot water two or three times daily. In recent cases no other
treatment will be required, but if the swelling is not recent and has
become hard or indurated, then the swollen part should be treated each day
by painting it with tincture of iodin. In snake bite a straight incision
penetrating into the flesh or muscle should be made across the center of
the swelling and in the direction of the long axis of the face. After this
has been done a small wad of cotton batting should be pressed against the
wounds until the bleeding has almost stopped. Afterwards the following
lotion may be applied to the wounds several times a day: Permanganate of
potassium, half a dram; distilled water, 1 pint. As snake bites are usually
attended with considerable depression, which may terminate in stupor, it is
advisable to give a stimulant. One ounce of aromatic spirits of ammonia
mixed with a pint of water should be given, and the dose should be repeated
in half an hour if the animal is sinking into a stupefied and unconscious
condition. The repetition of the dose must depend on the symptoms which the
animal shows. It must be borne in mind that the object of treatment is to
ward off the stupor, which is one of the results of snake bite. The
swelling from an insect bite should be bathed with ammonia water as soon as
noticed and then treated with frequent applications of hot water.
SALIVATION.
Salivation is a symptom of some general or local disorder. It may be a
symptom of a general disease, such as rabies or foot-and-mouth disease, or
it may be a purely local trouble, as when copious secretion of the salivary
glands is produced by the eating of irritating plants, such as wild
mustard. When saliva is observed to dribble from the mouth, that part
should be carefully examined by introducing into the mouth an instrument
like a balling iron, or, if one is not at hand, by grasping the tongue and
partially withdrawing it from the mouth, and by placing a block of wood
between the back teeth, while all parts of the mouth are exposed to a good
light, so that the presence of any foreign substance may be detected. The
cause is sometimes found to be a short piece of wood becoming fixed on the
palate, its two ends resting on the upper molar teeth of each side; or it
may be a needle, thorn, or splinter of wood embedded in the tongue.
Sometimes a sharp piece of tin or other metal may become partially embedded
in the inner surface of the cheek. Hay occasionally possesses some quality,
usually dependent upon its having heated in the mow or having become moldy,
which produces salivation. Second-crop clover and some irritant weeds in
the pasture or forage may cause salivation. Cattle rubbed with mercurial
ointment may swallow enough mercury in licking themselves to bring about
the same result. (See "Mercury poisoning," p. 57.) Such cases, of course,
arise from the constitutional action of mercury, and, on account of the
common habit which the animals have of licking themselves, indicate the
danger of using such preparation externally. Mercury is also readily
absorbed through the skin, and as cattle are very susceptible to its action
it is thus easy for them to be poisoned by it even without licking it from
the surface. Cases of mercurial poisoning sometimes follow disinfection of
cattle stables with the usual 1 to 1,000 solution of mercuric chlorid.
_Treatment._--If salivation depends on the irritation and inflammation set
up by the ingestion of acrid plants, or forage possessing some peculiar
stimulating property, the feed must be changed, and a lotion composed of an
ounce of powdered alum dissolved in a quart of water may be syringed into
the mouth twice a day, using half a pint of the solution each time. If,
however, the salivation is due to the presence of a thorn, splinter of
wood, or any other foreign substance embedded in the cheek or tongue, the
offending object should be removed and the mouth washed occasionally with a
weak solution (2 per cent) of carbolic acid and tepid water. When
salivation is produced by mercurial poisoning or by foot-and-mouth disease,
the treatment appropriate to those general conditions of the system, as
well as the local treatment should be applied. (For information about
foot-and-mouth disease see p. 383.)
IRREGULARITIES OF THE TEETH.
Irregularities of the teeth may be occasioned by the unequal wearing of
some of the teeth or by some of the incisors being broken, which may happen
when cattle are pastured on sandy or gravelly soil. The molar teeth may
also show irregular wear from similar causes, or from a disease or
malformation of the jaw. Their edges may become sharp, or it may happen
that a molar tooth has been accidentally fractured. It may also occur that
a supernumerary tooth has developed in an unusual position, and that it
interferes with the natural and regular mastication of the feed.
_Treatment._--The mouth may be examined by grasping the animal's tongue
with one hand and partially withdrawing it from the mouth, so as to expose
the incisor and molar teeth to inspection. When it is desired, however, to
examine the molar teeth with the fingers, so as to obtain a better idea of
their condition, an instrument like the balling iron which is used for the
horse should be introduced into the mouth, so as to separate the jaws and
keep them apart while the examination is being made. Any sharp edges of the
molars must be removed by the tooth rasp, such as is used for horses. Any
supernumerary tooth which interferes with mastication or any tooth which is
fractured or loose should be extracted. In performing such operations it is
desirable to throw, or cast, the animal, and to have its head held
securely, so as to enable the operator to do what is necessary without
difficulty.
CARIES OR DECAY OF THE TEETH.
The presence of caries may be suspected if the mouth exhales a bad odor and
if the animal during mastication occasionally stops as if it were in pain.
The existence of caries in a molar tooth may be ascertained by examining
the mouth in the manner already described. If one of the molars is found to
be carious, it should be extracted. When the crown of the tooth has been
destroyed and only the stump or root is left, extraction is impracticable.
In case the animal has special value the root stumps may be removed by a
veterinarian by the operation of trephining; otherwise, it is best to sell
the animal to the butcher.
ACTINOMYCOSIS OF THE JAWBONES (BIG JAW OR LUMPY JAW).
[See Actinomycosis, p. 440.]
INFLAMMATION OF MUCOUS MEMBRANE OF MOUTH (STOMATITIS).
The membrane of the mouth may become inflamed by eating some irritating
substance or plant, or little vesicles may form in the mouths of calves
when they are affected with indigestion, constituting what is termed
aphtha.
_Symptoms._--The saliva dribbles from the mouth, and when the mouth is
examined the surface of the tongue and other parts appear red and inflamed.
When young animals are affected with the form of disease termed aphtha,
small red elevations are observed on the tongue and other parts of the
mouth, having little white points on their centers, which consist of the
epithelium of the mucous membrane raised into vesicles. These white patches
are succeeded by ulcerated surfaces, which are caused by the shedding of
the white patches of epithelium.
_Treatment._--When there is merely a reddened and inflamed condition of the
mucous membrane of the mouth, it will suffice to syringe it out several
times a day with 4 ounces of the following solution: Alum, 1 ounce; water,
2 pints. When the edges of the tongue and other parts of the mouth are
studded with ulcers, they should be painted over once a day with the
following solution until the affected surface is healed: Permanganate of
potassium, 20 grains; water, 1 ounce. When indigestion is associated with
an ulcerated condition of the mouth, separate treatment is required.
ULCERATIVE STOMATITIS (OR ULCERS IN THE MOUTHS OF YOUNG CALVES).
[See Necrotic stomatitis, p. 464.]
MYCOTIC STOMATITIS (SORE MOUTH).
[See p. 532.]
INDURATION OF THE TONGUE (ACTINOMYCOSIS).
[See Actinomycosis, p. 440.]
DISEASES OF THE PHARYNX AND GULLET.
PHARYNGITIS (SORE THROAT).
Pharyngitis is an inflammation of the mucous membrane lining the pharynx.
It is frequently associated with inflammatory diseases of the respiratory
tract, such as laryngitis and bronchitis or pleurisy.
_Symptoms._--The muzzle is dry and the saliva dribbles from the corners of
the mouth; the animal swallows with difficulty or not at all, and holds its
neck in a stiff, straight position, moving it as little as possible. The
eyelids are half closed, the white of the eye is bloodshot, and the animal
occasionally grinds its teeth. After masticating the feed the animal drops
it out of its mouth as if to avoid the pain of swallowing, and also evinces
pain when pressure is applied externally on the pharynx and tries to
prevent the pressure from being applied.
_Causes._--Pharyngitis may be produced by a sudden cooling of the surface
of the body, as when cattle are exposed to a cold wind or a cold rain; or
by swallowing irritant substances.
_Treatment._--The throat should be syringed three times a day with an ounce
of the following solution: Nitrate of silver, 1-1/2 drams; distilled water,
1 pint. Bland and soothing drinks, such as linseed tea or oatmeal and water
should occasionally be offered. Diet should consist of soft food, such as
bran mashes with a little linseed meal mixed in them. Dry hay and fodder
should not be given. Fresh, green grass or sound ensilage may be fed in
small quantities. The upper part of the throat and the space between the
jaws should be well rubbed once a day with the following liniment: Liquor
ammonia fortior, 4 ounces; oil of turpentine, 4 ounces; olive oil, 4
ounces; mix. When evidence of blistering appears the application of the
liniment should be stopped and the skin anointed with vaseline. Under the
treatment described above the inflammation of the throat will gradually
subside and the animal will be able to swallow as usual in five or six
days. We need hardly say that during its treatment the sick animal should
be kept in a comfortable stable.
PAROTITIS.
Inflammation of the parotid gland may arise from the inflammation extending
to it when an ox is affected with pharyngitis or laryngitis, or the
inflammation may commence in the salivary ducts and may depend on some
influence the nature of which is unknown. Parotitis sometimes arises from a
blow or contusion severe enough to set up inflammation in the structure of
the gland. Tuberculosis and actinomycosis may infrequently be characterized
by the lodgment of their parasitic causes in the parotid glands, in which
case parotitis may be a symptom of either of these diseases.
_Symptoms._--There is an elongated, painful swelling, beginning at the base
of the ear and passing downward along the posterior margin of the lower
jaw. The swelling is sometimes limited to one side, and when both are
swollen it is generally larger on one side than on the other. The secretion
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