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SPECIAL REPORT ON DISEASES OF CATTLE TEXT

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Page 1 4 matches E. BY Drs. ATKINSON, DICKSON, EICHHORN, HICKMAN, LAW, LOWE, MARSH, MOHLER, MURRAY, PEARSON, RANSOM, TRUMBOWER, and WOODWARD. * * * * * R Page 2 3 matches 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 Page 3 1 match he swelling of the glands, when submitted to proper treatment, disappears in a comparatively short time. In other cases, however, they remain enlarged, even after the animal recovers Page 4 6 matches e local vegetation is responsible for it. It is more prevalent some years than others, and is most common in old countries, where the soil is more or less depleted. Cattle pastured on Page 5 1 match _Symptoms._--Dullness; drooping of the ears; dryness of the muzzle; dry skin; staring coat; loins morbidly sensitive to pressure; fullness of the left fl Page 6 3 matches s with reluctance, moans occasionally, and has a tottering gait. The ears and horns are alternately hot and cold; in cows the secretion of milk is much diminished, and that which is s Page 7 10 matches SONS AND POISONING. By V. T. ATKINSON, V. S. [Revised by C. DWIGHT MARSH, Ph. D.] DEFINITION OF A POISON. To define clearly the meaning of the word "poison" is somewhat difficult Page 8 3 matches neral weakness and loss of condition. _Treatment._--The antidote for arsenic is a solution of hydrated oxid of iron in water. It should be prepared fresh by mixing a solution of sulp Page 9 4 matches return is hastened by excitement and in a short time again disappears, continuing to disappear and reappear until death results. As the poisonous effect advances the intervals bet Page 10 2 matches ELS, AND LYMPHATICS. By W. H. HARBAUGH, V. S. [Revised by Leonard Pearson, B. S., V. M. D.] THE CIRCULATORY SYSTEM. In cattle, as in human beings, the heart, blood vessels, and l Page 11 2 matches petite are depressed or checked. The dung is hard, and to void it appears to cause pain. These symptoms usually develop gradually, and, of course, they vary considerably in different Page 12 5 matches ns with the respiratory apparatus. A cough is said to be dry, moist, harsh, hollow, difficult, paroxysmal, suppressed, sympathetic, etc., according to its character. It is a very impo Page 13 4 matches ∞ F., falls to 103∞ or 104∞, the pain decreases, the stiffness disappears, and the patient eats a little. The pulse softens, but remains quicker than normal. Now, day by day the patie Page 14 5 matches han normal. If suddenly aroused from the drowsy state, the animal appears startled and stares wildly. When moving about it may stagger, the hind quarters swaying from side to side. I Page 15 1 match ste material resulting from the destruction in the system of fats, sugars, starch, and such other foods as are wanting in the element nitrogen, and do not form fibrous tissues, but go Page 16 3 matches ptomaines of bacteria growth; hence the prevalence of "red water" in marshy districts and on clayey and other impervious soils, and the occurrence of bloody urine in the advanced stag Page 17 4 matches t to be guarded against is the supply of water that has drained from marshes or impervious soils, rich in organic matter, as such water is charged with nitrites, ptomaines, etc., whic Page 19 2 matches otash, but at times is displaced by oxalic or other acid and then appears as gritty, sandy particles in the stem. This gritty, insoluble silica is especially noticeable among the hors Page 22 5 matches e, driving on icy or otherwise slippery ground, carrying in railroad cars, kicking by vicious attendants, and fastening or throwing down for operations. The diet should be good, not o Page 23 5 matches f the winds. The same is to a large extent true of smut; hence, wet years have been often remarkable for the great prevalence of abortions. Abortions have greatly increased in New Zea Page 24 1 match ead, or the head without the fore feet, examine. If one hind foot appears without the other, make examination. The presenting limb or head should be secured by a rope with a running n Page 26 2 matches lvis, and the neck advancing, the head is bent back and the poll and ears either enter the pelvis or strike against its brim. The two forefeet present, but they make no progress, and Page 27 4 matches at the lower jaw may be reached and availed of. In case neither the ears nor the orbit can be reached, a cord should be passed around the neck of the calf as near the head as possibl Page 30 5 matches he heart (palpitations), sunken, staring eyes, coldness of the skin, ears, horns, and limbs, perspiration, weakness in standing, staggering gait, and, finally, inability to rise, and Page 31 3 matches or the hair stands erect, especially along the spine, and the horns, ears, and limbs are cold. The temperature in the rectum is elevated by one or two degrees, the pulse is small, har Page 32 6 matches e temperature raised, though not invariably so, the head, horns, and ears being especially hot and the veins of the head full, while the visible mucous membranes of nose and eyes are Page 33 2 matches ducts. Man is susceptible to foot-and-mouth disease, but it never appears during the frequent epidemics of scarlatina. Among other contagious forms of mammitis I may name one which I Page 34 2 matches cord is cut off too close to the navel and left untied and when it tears off at the navel. (Pl. XIV.) It may also bleed when torn across naturally, if it is sucked by the dam or anot Page 35 2 matches des failing to come together. Apart from this, the trouble rarely appears after the calf has been some time on solid feed, as the paunch then extends down to the right immediately ove Page 36 2 matches ive inflammation of the lungs. The infection clings to a stable for years, in many cases rendering it impossible to preserve and raise the calves. It has frequently coincided with abo Page 37 4 matches h the technical names and a scientific classification of each, it appears desirable to describe some of the characteristics of forms in general and of a few classes into which they ma Page 38 2 matches nd, if the animal should be of little value, irritable, advanced in years, and the fracture is a serious compound or comminuted one, the wiser course would generally be to put the cre Page 39 7 matches ed in a stall until the parts become reunited and the lameness disappears. Fracture of the posterior parts of the bone (ischium), which forms the point of the buttocks occasionally o Page 40 5 matches idered as secondary or predisposing causes. Sometimes the disease appears without any apparent cause. On the whole, it may be said that any of the above-mentioned factors may have mor Page 41 2 matches iter saw with a rigid back may be used. Various types of dehorning shears or clippers are in general use. One type of dehorner has a stationary knife edge with its cutting edge shaped Page 42 2 matches tively rare. Tumors are independent. For instance, their nutrition bears no relation to the nutrition of the body. A lipoma, or fatty tumor, in the subcutaneous tissue, may go on inc Page 43 7 matches or acids, such as sulphuric acid, hydrochloric acid, caustic potash, arsenic, silver nitrate, or chromic acid, but it is difficult to limit the action of these drugs. The injection, Page 44 4 matches ng the fluid become firm, smooth, and dense. Outwardly the tumor appears fluctuating, though tense, while the skin which covers it may be normal, denuded of hair, or covered with har Page 45 9 matches le highly fed and closely stabled for a long winter. The erythema appears in patches, and as it is most common near the end of the winter it is known as the "spring eruption" or "spri Page 46 7 matches When they are small and pedunculated, they may be snipped off with shears and the stump touched with nitrate of silver. When they are broad and flattened, they may be dissected out an Page 47 12 matches hich is to facilitate their movements and enable them to retain the tears in the ocular cavity. The eyelid is composed of a fibrous inner membrane ending in a stiff arch near the bord Page 48 6 matches ay possibly be taken for the growth of a tumor. This generally disappears with the improvement of the health of the animal. Warts not uncommonly appear on or about the eyelids of catt Page 49 8 matches ntations and the injection of soapy water or oil and water. SCURFY EARS. Cattle are subject to scurfy ears, which may be owing to a generally morbid condition of the skin, or may b Page 50 6 matches wever, much interest was manifested in regard to it for a number of years, and as our cattle are still prohibited from some foreign markets on account of its previous existence here, Page 51 2 matches hened pleura; these can be appreciated, however, only by those whose ears have been trained to distinguish between the different sounds which reach the ear when applied to the chest w Page 52 6 matches ll insure the prompt discovery of every herd in which the disease appears, as well as the destruction of all diseased and exposed animals and the thorough disinfection of the premises Page 53 8 matches ._--Foot-and-mouth disease has prevailed in Europe for a great many years and has occasioned tremendous economic losses there. In Italy, France, Switzerland, Germany, and Russia the Page 54 6 matches s in the mouth and by the location of the disease at the tips of the ears, end of the tail, or upon the lower part of the legs, usually below the knees or hocks. The lesion of ergotis Page 55 4 matches uld be final. In blackleg the animals affected are usually under 2 years of age. The swellings are quite evident, and usually occur on the legs, above the knees or hocks, and are dis Page 56 4 matches vestigated tuberculosis in that country and who says that "30 or 40 years ago tuberculosis was unknown in Argentine cattle, and it is still unknown among the native (criollo) cattle. Page 57 4 matches of the animal is also manifested by a staring coat and a tough, dry, harsh skin (hidebound). Digestive disturbances are indicated by tympanites, or distention of the rumen by gas, col Page 58 10 matches ase. The value of tuberculin for this purpose was tested during the years 1890 and 1891 by Guttman, Roeckl and Sch¸tz, Bang and Salomonsen, Lydtin, Jˆhne and Siedamgrotzky, Nocard, an Page 59 5 matches ious effects of tuberculin. After using this test regularly for two years, Mr. Edwards wrote as follows: I have seen nothing to lead me to believe that the tuberculin test had an Page 60 9 matches or the discrimination between human and bovine bacilli, and which appears to be favored by Kossel, we must admit that bovine tuberculosis is an extremely important factor in the etiol Page 61 6 matches racter of the disease ever takes place. _Symptoms._--The disease appears in four to seven days after natural infection, or may evince itself in two or three days as the result of art Page 62 7 matches bservations upon an extensive outbreak of actinomycosis a number of years ago which led him to infer that the animals were inoculated by eating barley straw harvested from pieces of g Page 63 3 matches uscular tremors may appear and the skin show uneven temperature. The ears and base of the horns are cold, the coat staring. The animals are dull and stupid and manifest great weakness Page 64 9 matches ausing anthrax. (Pl. XXVIII, fig. 4.) Cattle between 6 months and 2 years of age are the most susceptible. Sucking calves under 6 months are rarely attacked, nor are they so susceptib Page 65 7 matches n a few days by small irregular ulcers in the mouth. This disease appears sporadically, usually in the early fall after a dry summer, does not run a regular course, and can not be ino Page 66 8 matches ure is 106∞ to 107∞ F. An edematous, doughy, and painful swelling appears at the point of infection. This tumefaction spreads more and more, and crackles on pressure. In case of an op Page 67 9 matches s on various parts of the body, such as the neck, the chest, and the ears. (Pl. XLVIII and Pl. XLIX, fig. 1.) The changes which they undergo during their parasitic existence were fir Page 68 47 matches ess the hair and skin are thoroughly wetted. _Preparation and use of arsenical dips._[8]--After experimenting for many years to discover a practical method for dipping cattle to dest Page 69 11 matches gions to those that are not infected, either upon cattle or in stock cars or other conveyer. They are based upon the fact that Texas fever is carried north only by the cattle tick, an Page 70 3 matches heep, horses, dogs, and man. In the case of hogs it is generally the ears which are affected. The fly also breeds in dead animals, and all carcasses should therefore be buried deeply Page 71 12 matches ate that grub eradication may sometimes be accomplished by the use of arsenical dips, which are extensively used at the present time for destroying cattle ticks. (See p. 497.) It is p Page 72 7 matches ich emerge from them, when they succeed in finding a host, enter the ears and gradually develop to the stage at which they are ready to leave the host animal. The females may live sev Page 73 6 matches a's head" forms on the surface of the liver toward the stomach, appears in even well-nourished animals; even in cases of a cirrhosis of the liver it is seldom that any effect upon Page 74 5 matches s in the mouth and by the location of the lesions at the tips of the ears, end of the tail, or upon the lower part of the legs, usually below the knees or hocks. The lesions of ergoti Page 75 2 matches ew worms, 506 Dips-- arsenical, protection of hands in use, 493 cattle, for ticks, Page 76 2 matches atment, 278 metacarpus and metatarsus, description and treatment, 282 pelvis, description and treatment, Page 77 3 matches 529 Medicines, methods of administration, chapter by Leonard Pearson, 7-11 Membrana nictitans of eye, description, Page 78 3 matches al products, description and treatment, 69 arsenic, description, symptoms, and treatment, 54 carbolic acid, description and treatmen
controlled by casting or by placing them in a "squeezer" connected with 19977 characters on this page
controlled by casting or by placing them in a "squeezer" connected with a corral. A clean, sharp meat saw or a miter saw with a rigid back may be used. Various types of dehorning shears or clippers are in general use. One type of dehorner has a stationary knife edge with its cutting edge shaped like a very wide V, and opposing this, another knife of similar shape moving in a slide, so that the cutting edges act upon the horn from all four sides at once, all the edges passing the center at the same time. Another type has a movable knife, with one oblique or one curved edge, and the cutting is done in one direction only. The power for cutting with these instruments is supplied by pulling together two long handles which, in order to transmit a greater force, are generally so constructed that they act through the medium of a series of cogs. In dehorning with these instruments the cutting edges should be slipped down over the horn and the knives closed, so that their edges set firmly against the horn in such position that the cut will be made in the right place and in the right direction. The handles should then be drawn together with a quick, firm, strong pull so that the horn will be completely severed by the first act and without twisting. Dehorning should, when possible, be performed in cool weather when the flies are not plentiful. The loss of blood from the operation is not sufficient, as a rule, to be of consequence, and after care being taken to prevent substances from getting into the openings left after the removal of the horns it is not usual to apply any dressing. Pine tar or a mixture of pine tar and tannic acid may be applied, particularly if the weather is warm. SETONING. The ordinary use of a seton is to keep up constant drainage from a cavity containing matter or to act as a stimulant or counterirritant. To insert a seton, the place of entrance and exit having been decided on, with the finger and thumb make a small fold of the skin transversely to the direction the seton is to be inserted, and cut it through, either with a sharp knife or a pair of scissors (this should be done at both the entrance and exit); then with a steady pressure and slight lateral movement insert the seton by means of a seton needle. (Pl. XXVII, figs. 1 and 2.) The seton should consist of a piece of strong tape, varying in breadth according to circumstances, and should be kept in place either by a knot on each end or by tying the ends together. Setons should be gently moved once a day after suppuration is set up, and they should not be allowed to remain in over three weeks, or a month at the outside. TRACHEOTOMY. This operation consists in making an opening in the trachea, or windpipe. It is indicated whenever there is an obstruction from any cause in the upper part of the respiratory tract which threatens the death of the animal by asphyxia (suffocation). The mode of procedure is as follows: Have an assistant extend the animal's head as far as possible to make the trachea tense and prominent; make a longitudinal incision about 2 to 2-1/2 inches long through the skin and deeper tissues and trachea at the most prominent part of the trachea, which is about the middle or upper third, and then insert the tracheotomy tube. The latter should be removed once or twice daily and cleansed, and the wound dressed antiseptically. To ascertain when it is time to discontinue the use of the tube and to allow the wound to close, the hand should be held over the opening, which will require the animal to use its natural passages in breathing. Observe whether it is performed in a natural manner, and if so, remove the tube and allow the wound to close. Often the operation has to be performed in great haste without the proper instruments and under great disadvantages, the operator having to cut down quickly, open the trachea and spread the parts, using some instrument improvised by him at the time. This operation only gives the animal relief in breathing, and therefore the proper remedial treatment should be adopted at the onset of the attack and continued until the cause (the disease) has been overcome. RUMENOTOMY. The opening of the paunch, or rumen, in cattle and the removal of a part or the whole of the ingesta through said opening is termed rumenotomy. The operation should be performed in severe cases only, where the rumen is excessively overloaded and distended. The animal is placed with its right side against a wall and firmly held in position by strong assistants. The incision is made in the same place that the trocar is inserted for puncturing that organ in cases of hoven. The opening is increased in size until the operator's hand can be inserted into the rumen. Before any of the contents are removed from that organ a linen cloth should be placed from the outer wound into the rumen in order to prevent any of the ingesta from getting into the abdominal cavity. Some practitioners, after removing a portion of the contents of the rumen, introduce such medicine as may be indicated before closing the wound. Clean the wound and close the opening in the rumen with uninterrupted (Pl. XXVII, fig. 8) carbolized catgut sutures. Next close the external wound, consisting of the integument, muscle, and peritoneum, with stout, interrupted (Pl. XXVII, fig. 6) metallic sutures. No feed should be given for several hours after the operation, and then gruels only. (See "Distention of rumen or paunch with feed," p. 26.) TREATMENT OF ABSCESSES. An abscess may be detected, if situated externally, by heat, pain, redness, and swelling in the early stages, and, if further developed, by the fluctuation which is present. When any of these symptoms are absent, the suppuration should be encouraged by the means of hot fomentations and poultices. Care must be taken that the abscess is not opened too soon, or to some extent it may cause it to scatter, and the escape of pus will be lessened. The time to open an abscess is just before it is ready to break, and should be done with a sharp lance, a crucial incision sometimes being necessary. The cavity should be syringed out with an antiseptic solution. Care should be taken not to allow the wound to close too rapidly, to prevent which a tent of lint or oakum should be introduced. WOUNDS. For the purposes of the present work wounds may be divided into three classes: (1) Incised; (2) punctured; (3) lacerated or contused. In any wound all that the most suitable applications can accomplish is, in the first place, to prevent the access of those poisonous germs which exist in the animal's surroundings, such as the soil and the manure, and, in the second place, when the process of repair is for some reason temporarily inactive or altogether arrested, to incite that curative inflammation that is the invariable method by which the cure is effected. INCISED WOUND.--This is one with clean-cut edges, and may be either superficial or deep. In wounds of all descriptions there is necessarily more or less bleeding, and this is especially liable to be the case in incised wounds, particularly when they penetrate to a considerable depth, or when inflicted on a part where blood vessels of any considerable size approach the surface. To arrest the hemorrhage must therefore be the first consideration. If slight, a generous use of cold water is all that is necessary, but if one or more vessels of any size have been wounded or entirely severed, they should be taken up and ligated. If the blood flows continuously and is dark in color, it proceeds from a vein, but if bright-colored and jerky in its flow, it is arterial. The taking up of an artery simply means the tying up of the bleeding vessel, which should be accomplished as follows: To discover the bleeding artery take a piece of clean absorbent cotton, dip it in cold water, and by gentle pressure on the wound clear it of the accumulated blood. The jet of fresh blood reveals the end of the vessel, which is readily recognized by its whitish-yellow or buff color. It should be seized with a forceps or pincers and slightly drawn clear of the surrounding tissues. Now take the thread and place the middle of it under the artery, take up the ends, tie one simple knot tightly, pressing the thread down with the forefinger so as not to include the forceps, then a second one over it and cut off the ends. The bleeding being arrested, the operator can now carefully clean and inspect the wound, taking care to remove all blood and foreign matters and clip the hair around the edges before proceeding to stitch it up. If the wound is superficial, the lips may be brought together by a series of independent stitches (Pl. XXVII, fig. 6) about one-half of an inch to three-fourths of an inch apart. The stitches should not be drawn tightly; it is sufficient to bring the edges of the wound in apposition. If the wound is deep, the needle should be introduced perpendicularly at as great a distance from the lip of the wound as the depth it is to be inserted, so as to give the thread sufficient hold. All the stitches should be as nearly as possible at equal distances from the border of the wound, to prevent unequal strain, and the knots should be made at the side, not over the wound. (Pl. XXVII, fig. 6.) When the wound is large and deep, care should be taken to have an opening in the lowest part to allow for the escape of the discharges. In deep wounds which run crosswise of a limb or muscle it is often advisable to use what is technically known as the "quilled suture," which is most readily understood by reference to Plate XXVII, figure 7. To accomplish this method a curved needle with an eye in the point and a strong double thread should be used. The needle thus threaded is introduced perpendicularly at least an inch from the wound on one side, carried across below and brought out the same distance from the border of the cut on the opposite side, the thread being seized and held in position while the needle is withdrawn, leaving a loop of thread protruding on one side and two loose ends on the other side of each stitch. When enough stitches have been made, take a light piece of wood about the size of a lead pencil, corresponding in length to the size of the wound or slightly longer, and insert it through each of the loops, drawing up the free ends of the threads, which should in turn be tied securely on a similar piece of wood on that side. PUNCTURED WOUNDS.--Owing to the uncertainty of their depth and the structures they may involve, punctured wounds are by far the most dangerous and difficult to treat. Not only is the extent of the damage hidden from view, but the very character of the injury, as can be readily understood, implies at least the possibility of deep-seated inflammation and consequent discharge of pus (matter), which, when formed, is kept pent up until it has accumulated to such an extent that it burrows by simple gravity, as no other exit is possible. In this way foreign matters, such as a broken piece of the stake or snag, or whatever caused the wound, may be carried to an indefinite depth, or the cavity of a joint may be invaded and very serious, if not fatal, consequences occur. The danger is especially marked when the injury is inflicted on parts liable to frequent and extensive motion, but all cases of punctured wounds should receive unusual care, as no judgment can be accurately formed from the external appearance of the wound. While a probe can ascertain the depth, it throws but little light on the extent or exact nature of the internal injury. For this reason all punctured wounds should invariably be carefully searched by means of a probe or some substitute devised for the occasion, such as a piece of wire with a smooth blunt end, or a piece of hard wood shaped for the purpose. Stitching is not admissible in the case of punctured wounds. After thoroughly cleansing the opening of the wound and its surroundings, tincture of iodin should be injected directly into the wound. If a punctured wound is not very deep, and when the bruising and laceration are slight, it is possible for healing to take place by adhesion, and this should always be encouraged, as the process of repair by this method is far superior to that by granulation, which will be referred to later. With this object in view, the animal should be kept as quiet as possible. A dose of physic, such as a pound of Glauber's or Epsom salt, should be administered, and warm antiseptic fomentations or poultices, when this is practicable, applied frequently to the surface of the wound. In wounds of this description the process of repair may be complicated by the appearance of exuberant granulations, popularly known as "proud flesh," which is really an overgrowth of new tissue--granulation tissue; but these should not be interfered with unless they continue after the acute stage of inflammation has been subdued. If, after this, they persist, they may be treated with a 10 per cent solution of sulphate of copper (bluestone) or nitrate of silver (lunar caustic) in water. CONTUSED OR LACERATED WOUNDS.--These are usually caused by a blow with some blunt instrument or by falls. The seriousness depends largely on the depth of the injury, and treatment should be directed to allaying the inflammation and preventing the consequent tendency to sloughing. To this end soothing applications, such as antiseptic fomentations and poultices, are plainly indicated. METHODS OF HEALING.--Technically these may be divided into a number of distinct processes, but practically we may speak of them as two only, namely, by primary union, or adhesion, and by granulation. As suppuration is not so liable to occur in cattle as in horses, healing by the former and more speedy process is much more common in the first-named species, more particularly in clean-cut or incised wounds, provided they have been stitched within 12 hours from the time the injury which caused them was inflicted, that they have been kept antiseptically clean, and that the patient by some means has been kept fairly still. This latter stipulation is probably hardest to comply with. Quiet is an important factor in the process of repair among the lower animals. The second method of healing, namely, by granulation, which is, however, the manner in which most wounds in animals heal, takes much longer. In punctured wounds of any depth healing necessarily takes place in this way only, and the treatment should be directed largely to alleviating pain and moderating inflammation. AFTER-TREATMENT AND DRESSING OF WOUNDS.--The dressing of wounds is one of the most important branches of veterinary surgery, and one of the most constant difficulties that the practicing veterinarian has to contend with lies in the lack of cooperation on the part of owners in the care and attention in the after-treatment of wounds. In summarizing the treatment of wounds, the following recommendations should be observed: wounds must be cleansed and kept clean, using antiseptic solutions which do not produce irritation, and applying the solutions with a syringe or with clean pieces of absorbent cotton. Bleeding should be stopped before the closing of the wound by sutures or bandages. An opening at the bottom of all wounds except small superficial wounds should be provided as a drainage outlet for the escape of wound secretions or pus if it should form. The edges of wounds and the muscles involved in the wound should be kept as quiet as possible during the process of healing. Every wound should be protected by a sterile or antiseptic dressing whenever it is possible to retain a dressing in place. Dressings should be changed when it is apparent that they have become drenched with wound secretions or pus, or have become disarranged or too loose, permitting dirt to enter between them and the skin. If swelling appears beyond the edges of a bandage, it is an indication that it is too tight and it should then be removed and again applied. The hands of the operator and all instruments and dressings coming in contact with a wound at any time should be made as clean as possible by the use of antiseptics. BARBED-WIRE CUTS.--We have specified these simply because in some sections of the country there is a fixed idea that there is a specific poison in barbed wire, causing injuries which require treatment differing from that which is applicable to ordinary wounds. Barbed-wire cuts differ from ordinary wounds only in the parts being often lacerated and torn, and the treatment already indicated for wounds of that description is applicable to them. CASTRATION. Castration consists in the removal of the essential organs of generation, and is performed upon both the male and the female. In the male the organs removed are the testicles and in the female the ovaries. CASTRATION OF THE MALE. Castration in the male is performed for several different purposes. It may be necessary, as is the case in certain diseased conditions of the testicles and in strangulated hernia, but the usual object of the operation is to enhance the general value of the animal. For example, if the animal is intended for burden, the operation will better fit him for his work by so modifying his temperament and physical condition that he may easily be controlled by his master. Again, if he is merely to be used for beef purposes, the operation will improve the quality of the flesh and cause an added development of the most valuable portions of the dressed carcass. The operation upon the female may be performed on account of diseased conditions, but we may say that the chief object of the operation is to make the animal one of more profit to its owner by lessening the lacteal secretion and also improving the physical condition from the point of view of beef production. When the cow is spayed, it does away with all trouble attending estrum, or heat, gestation, and parturition with its accidents and ailments. The flesh of the spayed cow is more tender and juicy than that of the natural animal. The operation upon the male may be either the uncovered or the covered. In the former the incision is made down to the testicle proper, and in the latter the cut is made through the scrotum or the outside covering and through the dartos, or the next coat, care being taken to cut no deeper tissues or coats. The age at which the operation is performed varies, but usually it is performed between the second and third month. If done in early life, there is less danger of complications, the organs being in a latent condition and not fully developed. There are many different methods of operating, the principal ones of which we shall mention. In the uncovered operation a good free incision should be made, exposing the testicle completely. Now it may be removed by simply cutting it off. The only danger of doing this is that hemorrhage is liable to follow. To obviate this, before the division of the spermatic cord it should be twisted several times in the following manner: Take hold of the cord with the left hand, having it between the thumb and the index finger. Now twist the free portion several times with the right hand, all the time being careful to push with the left hand toward the body of the animal. In this way the danger of injury to the cord during the animal's struggles will be overcome. There will be no hemorrhage, or very little, if it has been done properly. This is the most simple manner of torsion. There are forceps and other instruments made to perform the operation in this manner. The actual cautery is an old method, but we shall not describe it, as we consider that we have better methods now. The next method with the clamps, although extensively used upon the horse, is not practiced to so great an extent upon the bovine at the present time. It is a very old method, and is considered very safe. Clamps are used in the covered and uncovered operations.
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PUBLIC-DOMAIN BOOK Special Report on Diseases of Cattle United States Bureau of Animal Industryprimary
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