Fluid Of Men Research Articles

EFFECT OF INFLAMMATION ON THE CONCENTRATION OF SULFANILAMIDE IN PLEURAL AND JOINT FLUIDS

Marshall, Emerson and Cutting 1 have emphasized that the distribution of sulfanilamide is essentially equal in all the tissues of the body with the exception of bone and fat. They called attention to the slightly lower concentration of this substance in the saliva and pancreatic juice of the dog and in the spinal fluid of man as compared with its level in the blood. These workers studied the concentration of sulfanilamide in pleural fluid in a few instances. They found, for example, a level of 7.4 mg. of drug per hundred cubic centimeters of pleural exudate in a case of streptococcic empyema, with a corresponding blood level of 9.3 mg. per hundred cubic centimeters. In another case they found 11 mg. per hundred cubic centimeters in a pleural effusion from a patient to whom 0.10 to 0.12 Gm. of drug per kilogram of body weight was being administered daily. In

The Effect of Female Sex Hormone upon the Volume of Seminal Fluid in Man

THE EFFECT OF an estrogenic substance, alpha estradiol benzoate, upon the volume of the seminal fluid was studied in five men. The alpha-estradiol benzoate (1) was given by intramuscular injection in doses which varied from 6,000 to 12,000 R.U. 3 to 6 times a week. Table 1 shows the number of patients, specimens examined, and the volume of seminal fluid obtained before, during and after treatment, also the total amount of alpha-estradiol benzoate injected and the number of injections given during each period. Figures 1, 2, 3, 4 and 5 were prepared from the data in the table and they illus trate the changes in the volume of the seminal fluid.

The Effect of Testosterone-Propionate upon the Seminal Fluid in Man

No AccessJournal of Urology1 Jan 1941The Effect of Testosterone-Propionate upon the Seminal Fluid in Man1 Norris J. Heckel, and Charles R. Steinmetz Norris J. HeckelNorris J. Heckel More articles by this author , and Charles R. SteinmetzCharles R. Steinmetz More articles by this author View All Author Informationhttps://doi.org/10.1016/S0022-5347(17)71032-4AboutPDF ToolsAdd to favoritesDownload CitationsTrack CitationsPermissionsReprints ShareFacebookLinked InTwitterEmail © 1941 by The American Urological Association Education and Research, Inc.FiguresReferencesRelatedDetailsCited ByCarroll G (2018) The Problem of the Prostate GlandJournal of Urology, VOL. 57, NO. 1, (42-48), Online publication date: 1-Jan-1947. Volume 45Issue 1January 1941Page: 118-123 Advertisement Copyright & Permissions© 1941 by The American Urological Association Education and Research, Inc.MetricsAuthor Information Norris J. Heckel More articles by this author Charles R. Steinmetz More articles by this author Expand All Advertisement Loading ...

Exchanges Between Blood Plasma and Tissue Fluid in Man

Exchanges Between Blood Plasma and Tissue Fluid in Man

Body Water: The Exchange of Fluids in Man

Journal Article Body Water: The Exchange of Fluids in Man Get access Body Water: The Exchange of Fluids in Man. By Peters John P., M.D., Professor of Internal Medicine, Yale University School of Medicine. Cloth, 405 pp., 4 figures, $4.00. Chas. C. Thomas, Springfield, Ill. American Journal of Clinical Pathology, Volume 7, Issue 2, 1 March 1937, Pages 212–213, https://doi.org/10.1093/ajcp/7.2.212a Published: 01 March 1937

Body Water: The Exchange of Fluids in Man.

Body Water: The Exchange of Fluids in Man.

Determination of Ethyl Alcohol in Saliva

The concentration of alcohol in the blood and cerebrospinal fluid of man has for many years been accepted as an index of the state of his intoxication. There is often, however, difficulty in obtaining blood or cerebrospinal fluid from individuals under the influence of alcohol; and it is therefore more advisable to use, when possible, a more accessible and equally trustworthy index.Friedmann and Brook1 have recently shown that saliva also contains ethyl alcohol. We have performed a series of determinations on this fluid to see whether or not the concentration of EtOH found in it has some simple relationship to that found in a corresponding blood sample. The methods (macro and micro) used in this study have been described;2 we should like to point out that in the following cases the results of the two methods agreed within ±3%.In 30 cases of normal individuals the saliva EtOH concentration was 0 mg. %, while the blood alcohol values of this group were from 0 to 7 mg. %.Similar determinations in 50 cases of...

Body Water. The Exchanges of Fluids in Man

Body Water. The Exchanges of Fluids in Man

Body Water—The Exchange of Fluids in Man. By John P. Peters.

Body Water—The Exchange of Fluids in Man. By John P. Peters.

Alcohol Injected Intravenously: Its Penetration into the Cerebro-spinal Fluid in Man. (Arch, of Neur. and Psychiat., vol. xxx, p. 1092, Nov., 1933.) Mehrtens, H. G., and Newman, H. W.

<i>Alcohol Injected Intravenously: Its Penetration into the Cerebro-spinal Fluid in Man. (Arch, of Neur. and Psychiat., vol. xxx, p.</i> 1092, <i>Nov.</i>, 1933.) <i>Mehrtens, H. G., and Newman, H. W.</i>

The measurement of tissue fluid in man. Preliminary Note

The object of this preliminary note is to indicate a method by which the tissue fluid in man may be measured, thus enabling the observer to ascertain the conditions under which it is effused and disposed of. In the course of some observations made with the view of eliminating tissue fluid as a cause of variability in the; samples of blood obtained for examination, I found that the rolling of a tight rubber ring over the finger from the tip to beyond the interphalangeal joints will, as a rule, considerably raise the percentages of the blood corpuscles, and of the haemoglobin.