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Original Lectures.

LECTURES ON TUMORS:

BEING PORTION OF THE COURSE OF SURGERY AT THE JEFFERSON MEDICAL COLLEGE, PHILADELPHIA.

SESSION 1867-8.

BY S. D. GROSS, M.D., LL.D.,

PROFESSOR OF SURGERY.

(Reported expressly for THE MEDICAL RECORD.) IV.

MALIGNANT TUMORS.

THESE formations comprise scirrhus, encephaloid, colloid, melanosis, and ephithelioma.

We are to consider the anatomy and the symptoms, the march and the terminations, of these affections. They are described in the books under the name of the heterologous, het roclyte, heteromorphous, or the malignant formations; called heterologous, heteroclyte, or heteromorphous, because they do not resemble, or if they do, very remotely, the natural tissues of the body; called malignant, because of their tendency to destroy the tissues in which they are developed, and likewise the life of the individual. These formations possess certain features or characteristics in common with each other, and it therefore will be well to consider these before describing them individually.

In the first place, it has been found that these structures are composed mainly of the protein principles of the blood-in other words, of albuminous or albuminoid substance, containing comparatively little fibrin or plastic matter; it has also been ascertained that during the progress of their development there is superadded to them, especially those portions of the morbid mass which are of earlier formation, a large quantity of fatty or oily substance. It is owing to the existence of this protein or albuminoid substance that these structures possess such a short life; they perish usually at a comparatively early period, because of this impaired organization, in consequence of the absence of plasma or fibrin, or the more vital principles of the blood.

In the second place, we find that these structures are composed essentially of a stroma, and of cells, bearing to each other respectively the relations of containing and contained bodies or structures; a stroma or basement substance, or basin substance as it is not infrequently called, and cells which are interspersed through this stroma. This is their characteristic feature. The stroma consists of a fibroid tissue, composed of fibres which resemble the structure of the fib. oid tumor, the structure of the dura mater, the periosteum, pericardium, etc.; these cross each other in every direction, and intercept cells or cavities filled with the proper cancerous substance. This fibroid tissue thus forming the stroma of this substance is either of new formation, or, as sometimes happens, it is made up of the pre-existing structures, or natural structures, in a modified, altered, or changed condition. In some of these tumors, especially in scirrhus and encephaloid, it is of new formation; in others it is composed of the preexisting textures in an altered or changed condition. Within this stroma is the proper cancerous or malignant substance, and this substance is found to be composed especially of what are called the cancer cells. These cancer cells vary somewhat in the different divisions of the malignant formations; they are not alike, for ex

ample, in scirrhus and in encephaloid, nor in scirrhus and colloid, nor in scirrhus and epithelioma, nor in scirrhus and melanosis. They have all a rounded or ovoidal shape, but during the progress of the development of a tumor of this kind, are liable to become modified in their appearance and configuration by the pressure which is exerted upon them by the adjoining cells, as well as by the other structures, especially the stroma, in consequence of which they become flattened; sometimes they are lanceolate, at others remarkably caudate, spun out as it were, presenting a great variety of forms; but, as a general principle, we see them rounded or oval, especially in the earlier periods of their existence. These are very much larger than the globules of the blood, and generally contain, each of them, nuclei and nucleoli, in their interior; some have only one nucleus, some several, so with regard to the nucleoli in the nuclei, depending apparently upon other than intrinsic circumstances. In addition to these structures, we find, especially in scirrhus, the hard variety of cancer, what is called the cancer-juice. If I take a tumor of this kind in its recent state, and make a section and then scrape the surface of that section, I find upon the blade of the instrument, a substance looking very much like thin gruel, or a milky fluid, almost of a thin creamlike consistence; this is the cancer-juice, and does not exist in what is called colloid and melanosis; it exists very sparingly in epithelioma; it exists, likewise, comparatively sparingly, in encephaloid; it is found in greatest abundance in scirrhus, or the hard variety of these formations; it is mainly characteristic of malignancy. If a small quantity of this fluid be placed under the field of the microscope, it will be found to be composed of large numbers of cancer cells.

These malignant formations occur in several varieties of form; as the tuberoid, the stratiform, and the infiltrated. The surgeon deals more particularly with the tuberoid variety. The physician, on the contrary, not infrequently meets with the variety which presents itself in the form of a stratum, as, for example, in connection with the mucous membrane of the alimentary canal; the infiltrated variety is met with more particularly in the uterus, the cancerous matter under such circumstances presenting an appearance as if it had been injected into the tissues with a syringe.

These formations are sometimes hereditarily transmitted from the parent to the offspring; such an occurrence is infrequent. It is more common to find the co-existence of these tumors in different parts of the body in the same individual, and sometimes in several members of the same family. I have myself seen not less than four members of the same family affected by cancerous affections. There would seem to be a family predisposition therefore; whereas, I have rarely found the disease hereditary.

These formations are liable to occur at all periods of life, but not all of them with equal frequency. Scirrhus is most common between the ages of forty-five and fifty-five. Encephaloid, on the contrary, is most liable to occur under the age of forty or forty-five, the greatest number of cases occurring between the ages of twenty and forty; it is sometimes observed as a congenital affection, an intra-uterine disease; or the disease comes on soon after birth. Under such circumstances it is mostly observed in the eye, in the lymphatic ganglions, or in the testis. Melanosis is most common in young subjects, and it occurs most frequently in the lymphatic ganglions in the liver, in the kidneys, and in the adipose and cellular tissue, of different portions of the body; it often involves a large number of organs simultaneously. Colloid is most common in elderly subjects, generally in persons after the age of thirty-five or forty; and it

is a comparatively rare form of disease, as is also melanosis. Epithelioma is most common after the age of forty, but now and then we encounter a case at a comparatively early period.

After these affections have continued for an indefinite or variable period, they all manifest a disposition to softening, disintegration, and ulceration. Sooner or later, they break down, just precisely as tubercles of the lungs during the progress of pulmonary consumption. The period at which this disintegration occurs varies in different cases and under different circumstances. Encephaloid cancer manifests this disposition more rapidly than any of the other formations. We find that a patient affected in such a manner rarely survives twelve, fifteen, or eighteen months; ulceration of the skin takes place, a fungus protrudes, followed by a more or less copious hæmorrhage, gradually undermining the health, and eventually destroying the life of the individual. Scirrhus frequently lasts considerably longer; it is slower in taking on ulcerative action, but this is sure to supervene and destroy the patient. So, likewise, with epithelioma, melanosis, and colloid. Colloid, perhaps, is slower in taking on this action than any other of the formations under consideration; it often destroys the life of the patient without taking on ulcerative action, by its mechanical pressure upon surrounding and perhaps important structures, wearing the patient out by hectic irritation.

occasionally, but rarely, under the skin, in connection with the subcutaneous inter-muscular and cellular tissue. The disease usually begins in the form of a little tubercle, not larger than the size of a small pea when attention is first attracted to it. This goes on gradually increasing in volume, until at length it may acquire the bulk of the fist, or of a large orange, or some other object of this kind; it is rarely that a scirrhous tumor, properly so called, attains any very great bulk; small size is one of its characteristic features, in which it diffe s remarkably from encephaloid and colloid, and even melanosis. Hardness, even in the earlier stages of the affection, is one of the distinguishing signs of a growth of this kind, and this hardness continues during the whole progress of the disease. We often find a tumor of apparently large growth in the mammary gland; but after extirpation, on clearing away all the adventitious structures the scirrhous formation is always comparatively small.

The tumor is found to consist of a stroma and of cells. The cells are of different shapes-some ovoidal, some elongated, and some caudate, with nuclei and nucleoli, some in large numbers, thus showing great vital activity. Wherever this deposit occurs it replaces the natural structure, as in the manimary gland, an example under which it is best studied. You will find that the mammary gland is entire'y destroyed during the progress of the affection; that the glandular tissue During the progress of these growths, disease of a of which it naturally consists is replaced entirely by this similar kind is liable to occur in the neighboring parts, new formation, this stroma and these cancer cells, so that especially in the lymphatic ganglions; not to the same in the advanced stages you will not, even under the miextent in colloid as in the other format ons. This ten-croscope, be able to recognize any of the natural structure. dency to contamination of the surrounding structures There are blood-vessels, as well as nerves, and absorbmanifests itself at a variable period, generally not until ents in such a growth. The arteries and veins are proba certain amount of development has occurred in the ably nothing but the vessels which naturally existed in main mass; this is either in consequence of the absorp- the mammary gland, compressed in their structure, as tion of some of this substance, and its extension along well as in position, by the deposit. These vessels have a the lymphatic vessels, the lymphatic ganglions becom- diminished circulation, otherwise the tumor would be ing contaminated; or else in consequence of sym- capable of acquiring a much larger bulk than it does. pathetic irritation." The coats of the vessels are changed in their character, and frequently during the progress of the affection become exceedingly brittle, so as to give rise during the progress of ulceration to more or less bleeding, though this is seldom very copious. We infer the existence of nerves, rather than profess to be able to demonstrate them; there is always a pain of a peculiar character, denotive of the existence of nerves. We infer Scirrhus, or hard cancer, is so called because the sub-the existence of absorbents from the fact that if we stance of which it is composed is harder than any of the natural tissues, with the exception of bone and cartilage. Scirrhus is most liable to occur after the age of forty-five; it rarely takes place at an earlier period. The youngest subject in which I have seen it was a child, a little boy, three months of age, who died under my care, and upon a post-mortem examination I found several tubercles of this character in the liver, all as distinctly marked as the cancerous tubercles in the case presented before you a few days ago. This was the only case in which I have seen scirrhus at so early an age; I do not know that there is on record an instance in which it has appeared earlier. Now and then we observe scirrhus in the mammary gland at the age of twenty-six or seven, at thirty, thirty-five, and forty, but seldom under the age of forty-five.

All these tumors, formations, or growths have a disposition, after extirpation, or after their destruction by any process whatever, to return sooner or later. This recurrence may take place within a few weeks or a few months after extirpation; or it may be delayed for a number of years.

SCIRRHUS.

The structures most liable to scirrhus are the mammary gland and the uterus. It occurs here more frequently than in all the other parts of the body together, provided we exclude epithelioma, which I regard as but another form of scirrhus, The liver is not an uncommon seat. We find it in the prostate gland, in the kidneys, in the spleen, in the lungs, in the salivary glands, in the brain, and in connection with the bone;

place upon an ulcer of this kind arsenic, belladonna, morphia, etc., these substances will manifest their effects upon the system at large, nearly as rapidly and effectually as when taken into the stomach, or administered by the rectum, or hypodermically, in the form of injection.

The scirrhous tumor is usually devoid of any thing like a distinct capsule or covering; the cellular tissue around it, however, is generally more or less condensed, precisely as in the case of the benign formations. Therefore, it is impossible to enucleate such a tumor when we come to extirpate it, unless it is very brittle, as occasionally happens when of long duration.

The progress of the scirrhous tumor is comparatively slow. As it proceeds, we find that the mass increases in every direction, and that it tends ultimately to the surface, to which, as well as to the deeper and surrounding structures, it contracts adhesions. The surrounding tissues are in a state of irritation in consequence of the pressure exerted by the morbid mass, and the irritation thus excited leads to the deposition of plasma, lymph, or fibrin, giving rise to adhesions, so that while a tumor of this kind is, in its earlier stages, perfectly movable from absence of adhesions, after several months we find that it is comparatively immovable on account of them.

Clinical Department.

UNIVERSITY MEDICAL COLLEGE OF NEW
YORK.

OPHTHALMIC AND AURAL CLINIC, CONDUCTED

BY PROFESSOR ROOSA.

CASE I.-NEPHRITIO NEURO-RETINITIS.

As it advances to the surface, the skin becomes firmly adherent at several portions of its extent. Originally the skin is entirely free from discoloration, and without enlargement of the subcutaneous veins; after a while it becomes discolored and tender, with a disposition to ulceration, which finally occurs, leaving a characteristic sore. The ulcer of scirrhus, as presented to you very often in the mammary gland, has everted edges, more or less ragged and irregular; sometimes they are steep at one part, everted at another, and perhaps undermined at a REPORTED BY W. J. H. BELLAMY, FEBRUARY 14, 1868. third portion of their extent; but, generally speaking, we say that the edges are everted, and they are very hard and very irregular. The surface of the ulcer has the appearance as if it had been made by a punch or some similar instrument, scooped out as it were, excavated; and it is always incrusted with aplastic, cacoplastic, or spoiled lymph-lymph which is not convertible into granulations; hence an ulcer of this kind is usually free from granulations, or, if there are any, they are unhealthy, imperfectly developed, not tending to reparation. The discharge from such an ulcer is thin, sanious, ichorous, or sanguinolent-not natural, healthy, or laudable pus; it varies in quantity, is frequently very profuse, and at the same time excessively offensive; it will tarnish a silver probe, showing that it contains what is supposed to be sulphuretted hydrogen. Occasionally a vessel at the seat of the ulcer is laid open, and, in consequence, there is hæmorrhage more or less copious, but usually comparatively small in quantity; it may amount to a few ounces, or even half a pint in rare cases, but is never copious, as is so liable to happen in encephaloid.

During the progress of the disease, the surrounding lymphatic ganglions always become involved, sometimes before the establishment of ulceration, but generally not until it is about to take place or after it has actually occurred. Proceeding still further, the constitution suffers in a marked degree; the countenance gradually assumes a peculiar cadaverous appearance, often denotive of the cancerous cachexia; the eyes gradually sink in their sockets; the features become shrunk and contracted; rapid emaciation takes place, followed by hectic, loss of appetite, disorder of the secretions and of the digestive apparatus; and sooner or later the death of the patient is the inevitable result.

In some cases we find secondary developments. Thus, for example, in cancer of the mammary gland nothing is more common, during the progress of the case, than the development of little cancerous tubercles in the skin around the original seat of the disease, or even in remote portions of the body. Thus I have seen these secondary formations upon the top of the shoulder, between the shoulder and the vertebral column, sometimes in the extremities; I have seen them in the lower extremities in a case of cancer of the maxillary sinus. Sometimes they occur in the lungs, in the liver, the kidneys, the spleen, the pleura, the latter even as a sequence of cancer in the mammary gland. The blood becomes impoverished in a marked degree, the patient is rendered næmic, and there is lesion of the skeleton, so that some of the long bones are liable to give way on the slightest

exertion.

ARSENIOUS ACID IN CEREBRAL CONGESTION AND HALLUCINATION. Dr. Lisle states that insane persons often present symptoms of cerebral congestion. Patients who suffer from hallucination always do; but 67 per cent. of these were cured, and 29 in 193 permanently improved. Arsenious acid is an infallible specific in cerebral fever. The dose varies from to of a grain thrice during the day, before meals.-Am. Jour. Med. Sciences.

W. L., aged 18, a pale-faced, intelligent-looking boy. He is a clerk in one of the large houses of the city. About a year ago, he began to suffer from occasional attacks of what was called "sick headache." This headache was severe, compelling the patient to quit work for the time, and it was usually accompanied by vomiting. This state of affairs continued until about four weeks ago, when he began to observe that his sight failed him. Two days ago he presented himself to Dr. Roosa, who brings him before the class to-day. His vision, as tested by Snellen's test types, showed that it was about one-third the normal amount, that is, he could only read letters in the types at ten feet which he should be able to discern at thirty feet. Smaller type, ordinary reading matter, he cannot read at all. On examination with the ophthalmoscope, it is found that there is no appearance of the optic nerve entrance, except that the vessels may be seen emerging at the porus opticus, the veins tortuous and distended, while the normal appearance of a white disc is not recognized at all. There do not seem to be any exudations or hæmorrhages in the retina. The urine was examined by heat and nitric acid, and found heavily loaded with albumen.

A

Remarks.-This is undoubtedly a case of nephritic neuro-retinitis, so called. The primary disease is in the kidney of course, and is what is known as Bright's disease. The changes in the retina are secondary, just as we may have changes in the vascular system in various parts of the body, consequent upon weakness of structure. short time since a medical man died in this city from rupture of the heart, or the aorta, whose retina of one eye I had the opportunity to examine some few months before his death, and which I found affected as is this young man's. The affection of the eye generally, although not always, occurs in the later stages of the disease; at least it is very apt to be unnoticed until then.

I would advise this boy to go into a hospital, and be there treated as only hospitals can treat this class of unfortunates. He needs tonics, the most nourishing food, and vapor baths, to excite the action of the skin, which is now doing scarcely any of its work. He should Pediluvia be wrapped in flannel from head to foot. may be frequently used.

As to his eyes, we need only put on a pair of blue glasses to protect them from excessive light, there being a slight amount of photophobia. He will take the muriated tincture of iron, and as his mother refuses to send him to a hospital, we shall endeavor to see that the requirements of treatment are answered at home. I should remark, that there are none of the peculiar patches in the retina which characterize nephritic neuro-retinitis, because the disease has not advanced far enough. The ophthalmoscopic symptoms are those of the first stages of nephritic neuro-retinitis. The prognosis is, of course, very grave, both as to the general condition and as to the vision. His youth is of favorable import as far as it goes.

CASE II.-SUPPURATIVE KERATITIS.

Ellen D., aged thirty, a poorly nourished subject.

This patient has an affection of the right eye, for which she has used innumerable remedies recommended by her friends, e. g. poultices of various kinds; the last one was made of the fæces of a cow. Great photophobia, and congestion of the palpebral and ocular conjunctiva are observed. There is a small ulcer on the lower portion of the cornea.

Treatment-The diet should be regulated, made a nourishing one; all slops should be avoided; a bath should be taken once a week, a blue shade should be worn over the eye, and an anodyne application made to it. The best anodyne application for the eye, is the sulphate of atropia, or some form of belladonna. We often use the aqueous extract. It may be used wherever there is severe pain in the eye, except in cases of glaucoma. It has a far more extensive value than that due to its mechanical effect in dilating the pupil, and preventing adhesions of the margin of the iris. It acts directly upon the sensory nerves of the eye. This patient may use a solution of the strength of two grains to the ounce twice a day. One drop is sufficient in order to secure the effect desired, and this may be introduced with a camel's hair brush two or three times a day.

The eyes should be kept very clean with lukewarm water, and a little simple cerate applied to the edges of the lid at night.

I would again call your attention to the impropriety of using poultices in affections of the eye. They are only admissible when you wish to hasten or promote suppuration. Many eyes are lost every year from the criminal haste of the laity to prescribe remedies for affections of the eye. The remedies recommended by non-professional advisers consist of very different articles, varying somewhat, I suppose, according to the latitude. In this part of the country, tea leaves, urine, figs, and oysters are favorite applications. This poor woman's case was probably in the beginning one of simple conjunctivitis, of the herpetic or phlyctenular variety, which the improper application has brought to this stage of keratitis, and has produced the intense congestion and relaxation of the conjunctiva that we

now see.

CASE III.-OBSTRUCTION OF THE LACHRYMAL DUCT.

D. L., aged fifty-one, laborer. This patient complains that for the past six months the tears have refused to run off, but flow over his cheek from both eyes. The symptom is known as epiphora. It may depend on several causes, e. g. displacement of the puncta, obstruction of the duct leading into the nose from the lachrymal sac. From the appearances in this case, it probably depends on the latter cause. I accordingly slit up the canaliculi on each lid, with a peculiar probepointed knife, introducing the probe point vertically into the punctum, and then changing it to the horizontal position. I lay open the canal into the lachrymal sac. It produces some considerable pain, and yet a patient with an ordinary amount of pluck can bear it without an anesthetic. It causes no deformity. We are unable to see that the canaliculi are slit up unless we evert the lid. Some divide the canaliculi with scissors, others with a cataract knife on a grooved probe. I have found this method which I have just adopted, on the whole, the best one. We shall not use a Bowman's probe to day, but when the patient is next seen, which will be to-morrow, I will endeavor to pass a No. 1 probe. In the meantime he will occasionally apply cold water to the eye. I have often before spoken at length on this class of cases, and the close of the hour prevents any more extended remarks at this time.

CASE IV.GLAUCOMA.

A case of Glaucoma of both eyes, in a sailor of middle age, was also presented, for which the operation of Iridectomy had been done at another place, but without success, the patient undoubtedly having presented himself when the disease was advanced to atrophy that the cicatrix marking the point of entrance of the of the optic nerve with excavation. It was remarked knife, i. e., in the sclerotica, just beyond the limbus the object had been to make an artificial pupil simply, conjunctivalis, showed what the diagnosis had been. If the incision would have begun in the cornea, or just at the line of junction of cornea and sclerotica. Here, where. the object was to relieve intra-ocular tension, the incision was begun through the ciliary region, as you see. symptoms of acute Glaucoma are, intense pain in the increased tension of the globe, with opacity of the diopeye-sometimes mistaken for neuralgia-hardness or tric media. An iridectomy is the only efficient means of relieving the tension and pain. Excavation of the optic disc, and its atrophy, are symptoms of absolute glaucoma, for which there is no hope of relief. This patient, as you see, has absolutely no perception of light.

Progress of Medical Science.

The

Dr. W. Stephenson (Edinburgh Med. Jour.), a very PHOSPHATE OF SODA, IN SMALL DOSES, is considered by duced by a lack of the requisite variety of food. The important remedy for bowel complaints in children, incases in which he recommends it are chiefly the following: In infants who are being artificially reared, and also where the phosphatic elements in the food seem who are liable to frequent derangement of the bowels, such as oatmeal, disagree; where, from the character deficient, or where articles of food rich in phosphates, of the motions, there is a deficient or defective secretion of bile. It is thus of service in cases of chalky stools or white fluid motions. The dose for children is from four to ten grains in the food, and for adults twenty to forty grains dissolved in water, after meals. adults he had found that it effectually removed constipation when taken in drachm doses in the morning, and where there was a feeling of fulness, and pain in the epigastrium some hours after taking food.

Ia

had seen benefit derived from its use in those cases

TREATMENT OF CORNS by Dr. E. Wilson (Ranking's Abstract).-"Remove the cause," Mr. Wilson says, "is a favorite dogma of medicine; but the removal of the cause is not always practicable; hence we must study how we can best afford relief to these troublesome disorders. The laminated corn or callus, produced by pressure, congestion, and increased formation of epidermis, may be softened by moisture, as by soaking in warm water, by the application of a starch or soap poultice; and being softened, the thick cuticle may be thinned by scraping with a blunt knife, or the albuminous epidermis may be dissolved by an alkaline solution and moderate friction. When the thickening has been reduced sufficiently, it may be kept down by daily washing with soap. The soft corn requires removal with the knife; if it be of moderate size, a single pinch with a pair of pointed scissors will effect its removal, while the hard callus will require patient digging with the point of not too sharp a knife. The eye of the corn may always be made visible by rubbing the part with eau-de-cologne, or spirits of wine, and any remains. of the core may be detected in this way, either during or after the operation. After the operation the corn

should be covered with a piece of soft plaster for a day regular descent of the child. When the child is deor two, and a perforated plaster of buff leather or ama-scending, one may feel, by introducing a finger into the dou subsequently worn to keep off pressure from the vagina, that the movements take place simultaneously centre of the growth. The removal of a corn may be with the compressions produced externally, and if any very considerably aided by the use of the compound parts of the child project from the genitals the operator tincture of iodine painted on the swelling. When the can perceive the visible results of the pressure. The corn is painful, this application subdues the sensibility, pain caused by the manipulation is not generally more and renders the corn dry and pliable, and easy of removal severe than the pains of labor; with multiparæ when by means of a file. Soap and water, so useful to the skin the abdominal walls are lax, and in twin-birth, after in many ways, are especially serviceable to feet afflicted one child has been expelled, this method succeeds the with corns, and particularly when they are soft corns. best. On the other hand, when the integument of the Daily washing with soap, and the subsequent interposi- abdomen is distended and thick, it is much more diffition of a piece of cotton wool between the toes, may cult, although, if the patient be narcotized, it may be be considered as a cure for soft corns. And in these practised with success. cases the skin may be hardened by sponging with spirits of camphor after the washing. The cotton wool should be removed at night, and this is a good time for the use of the camphorated spirit."

LOCAL ANESTHESIA IN OTALGIA.-Dr. C. C. Shoyer (American Journal of Medical Science) has found the following means effectual in promptly relieving the pain in ear-ache: He draws into the smallest size India-rubber syringe about one-half a drachm of chloroform, and slightly elevating the nozzle to prevent slipping, introduces it into the ear. The effect, he says, is magical, stopping the pain almost immediately.

INHALATION OF BROMIDE OF POTASSIUM IN HOOPING

COUGH.-Dr. Helmke, of Jena (Ranking's Abstract), advises the inhalation of a solution of bromide of potassum for hooping-cough. He uses it with the strength of two grains of the salt to an ounce of water.

TREATMENT OF MALARIAL FEVERS BY THE SUBCUTANEOUS USE OF QUININE.-This method seems first to have been used by Dr. Chasseaud, of Smyrna, in 1862. It was first tried in the N. Y. Hospital in 1866, in a case of congestive remittent fever, and is now a part of the regular practice of the house. A solution of quinine is used, of which thirty-five minims are equal to four grains of the salt. It was soon discovered that abscesses were sometimes caused by the undissolved crystals of quinine, and by particles of dust which had dropped into the solution. An excess of acid removed this source of danger, and but slightly increased the pain of administration. After some experiments, it was observed that four grains of the salt were needed to break an attack of tertian fever, and fully eight a quotidian. In cases of congestive fever the amount varied with the symptoms present, and was given upon the estimate that one grain subcutaneously equalled four by the mouth. The injections were first given, and the rule is still observed, two hours before the expected paroxysm. Where two injections were required, if there was time, four grains were given, and the other dose two hours before the expected chill, and if the time was too short, both were given at once. Three cases are cited as examples of many in which this general plan of treatment was carried out. In many cases no quinia was given after the last chill, except on the anniversary days. In some small doses were administered to guard against a return of the chill. By the hypodermic method of administration, a great saving in the use of the medicine may be made, not more being employed in the entire course of many cases than were formerly needed to avoid a single paroxysm. In the remittent fever, the experience is not very satisfactory. -E. C. SEGUIN, in the N. Y. Medical Journal.

NEW METHOD OF DELIVERY BY THE PRACTICE OF ExTERNAL MANIPULATION BY DR. KRISTELLER (Berlin, Klin. Wochenschr.) (Ranking's Abstract).-After the very favorable results that have been derived on the one hand from external manipulation, as recommended by Wiegand, in the better position of the foetus, and also in the preparatory stages of the labor, and on the other hand from Crede's practice of removing the placenta to complete delivery, Kristeller inquires whether it be not possible to regulate, by external manipulation, the course of a labor which is progressing abnormally, and thus to restrict the indications for manual or instrumental extraction. With weak, irregular, or faulty pains, and in cases where an abridgment of the labor is desirable, the following method of delivery has been followed by Kristeller for some time, with the best results. Standing on one side of the woman, who is placed on her back, he attempts to isolate the uterus from the coils of the intestine, and to carry it in the axis of the pelvis. He then grasps it with the hands in such a way that the little finger is directed toward the pelvis, and the palm of the hand clasps the fundus of the uterus, or its sides at the upper part, with the thumb placed upon the anterior, and the slightly stretched fingers upon the posterior surface, of the organ. Kristeller next commences to move the integument of the abdomen gently over the uterus, and then proceeds, keeping the hands in the same position, to exert upon the organ a pressure at first slight, but later gradually ELECTRICITY IN PULMONARY CONSUMPTION.-Dr. Elsincreased in amount. A pause is soon made in the berg, in a communication to the Philadelphia Reporter, compression, which varies from one-half to three min- on the subject of electricity in pulmonary consumption, utes, according to the gravity of the case, the stage of claims the following advantages in the employment of delivery, and the sensibility of the woman; after which electricity: 1st. It can be applied directly to any muscle the pressure is again exerted, though not at the exact or set of muscles which the physician desires to bring place as before. The compressions are thus repeated, under its influence. 2d. It can be carried out daily, at ten, twenty, or forty times, and toward the end of de- all hours and seasons. 3d. It does not fatigue or exlivery are continued with short intermissions. Some- haust the patient. 4th. It can be employed at all ages, times a few compressions suffice to bring a slow labor to and in every condition of debility. 5th. It can be ema favorable conclusion. When no signs of any results ployed in the patient's house, in bed, etc. 6th. Even are observed after twenty or thirty compressions, this when absolute rest is requisite, such as in pulmonary method is given up. The compressions act in the first hæmorrhage, it may be employed. 7th. The injurious place by increasing the power of the uterus, and by ex-influences of the weather, and other inconveniences inciting pains; and in the second place by removing spasmodic strictures, by producing complete dilatation of he os uteri, and favoring the onward movements and

separable from other kinds of exercise or muscular gymnastics, are avoided. 8th. It acts more powerfully, and in less time, than any other gymnastics.

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