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SPECIAL REPORT ON DISEASES OF CATTLE TEXT

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Page 1 2 matches ke (_Fasciola magna_) 526 21. Portion of grass stalk bearing three encysted cercariÊ of the common liver fluke (_Fasciola hepatica_) Page 3 2 matches 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 Page 4 2 matches 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 Page 5 1 match 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 Page 6 1 match 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 Page 8 2 matches 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 Page 9 2 matches 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 Page 13 1 match 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 Page 14 3 matches 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 Page 15 1 match 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 Page 16 1 match 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 Page 17 2 matches 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 Page 18 4 matches 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 Page 19 16 matches 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 Page 20 1 match 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 Page 21 1 match 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 Page 22 3 matches 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 Page 23 9 matches 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 Page 24 1 match d keep up in a weak and insufficient manner for many hours, until the stall Page 29 1 match 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 Page 30 1 match 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. Page 31 2 matches 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 Page 32 3 matches 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 Page 33 3 matches 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 Page 37 1 match 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 Page 38 1 match 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. Page 39 2 matches 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 Page 40 1 match 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 Page 44 1 match 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 Page 47 1 match 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 Page 48 2 matches 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. Page 50 2 matches 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 Page 54 1 match 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 Page 55 3 matches 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 Page 61 1 match 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 Page 65 3 matches 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 Page 68 4 matches 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 Page 69 1 match 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," Page 72 3 matches 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 Page 73 1 match uke (_Fasciola magna_).] [Illustration: FIG. 21.--Portion of grass stalk bearing three encysted cercariÊ of the common liver fluke (_Fasciola hepatica_). Enlarged.] TAPEWORM CYS Page 76 1 match use against hemorrhagic septicemia, 401 Intercostal muscles, rheumatism affecting, description and treatment, 100 I Page 77 1 match reatment, 181 eye, description, 343 intercostal, rheumatism affecting, description and treatment, 100 Mycotic stomatitis-- cattle, chapter by John Page 78 1 match 287, 288 intercostal muscles, description and treatment, 101 Rhode Island, foot-and-mouth disease,
near-lying part, such as a muscle, tendon, or joint. Blisters are applie 19962 characters on this page
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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PUBLIC-DOMAIN BOOK Special Report on Diseases of Cattle United States Bureau of Animal Industryprimary
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