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Biomedical subjects

W Vogler

Publications and source records attributed to W Vogler.

7 recordsLinked to original sources

[Paracelsus and Pfäfers].

Paracelsus stayed in Bad Pfäfers in 1535, but he was engaged with this thermal springs in a publication before that. One may assume August 31st 1535 as reliable date for his stay in Pfäfers. Only few details are known about this stay. We know, however, that he wrote a bathing script in Pfäfers over the micro- and macrocosmic importance and effect of the springs. The document was published and edited several times. Historically, however, he cannot be characterized as a balneologist. For abbot Johann Jakob Russinger of Pfäfers living at that time, Paracelsus wrote a report, a medical consilium, in which he particularly stressed the stomach problems of the abbot. This paper preserved in the archives of the abbey of Pfäfers (today in the archives of the abbey of St. Gallen) represents the last autographic writing of the famous physician.

Health Resorts↗

New opportunities for screening and early detection of bladder cancer.

In the United States, over 51,000 new cases of urinary bladder tumors are diagnosed annually. Approximately 75-85% of all newly diagnosed cases are superficial transitional cell carcinomas (TCCs). Incidence is highest (80% of the cases) in the 50-79 year age group. Recent studies have reported that 21-25% of risk for bladder cancer among United States white males is due to occupational exposure. The DuPont Chambers Works in Deepwater, New Jersey, was a major producer of two chemicals now known to be human bladder carcinogens (beta-naphthylamine and benzidine) as well as two suspected human bladder carcinogens [ortho-toluidine and 4,4'-methylene- bis,2-chloroaniline (MOCA)]. Between 1954 and 1982, DuPont screened 1723 exposed employees annually at the Chambers Works using the Papanicolaou test for urinary cytology and microscopic urinalysis. A review of the prior screening program found that employees who developed bladder cancer during this time period were approximately twice as likely to have had hematuria than those comparably exposed who did not develop bladder cancer. Building on this finding, a three-year screening study evaluated a home self-test for microscopic hematuria to aid early detection of treatable urologic conditions among exposed workers at this chemical plant. Every six months, subjects tested their urine at home for 14 consecutive days, for the presence of blood. A high degree of adherence to our protocol (over 92% completed and returned the self-testing record) as well as high compliance with repeat screening (85% returned for screening in subsequent quarters) demonstrated good acceptance and performance of the recommended schedule of self-testing. Through the first 7 periods of screening, two new cases and one recurrence of TCC of the bladder were detected.

Humans↗

[Not Available].

Explore the source record for details and available documents.

History, Early Modern 1451-1600↗

[Preparation of leukocyte-poor erythrocyte concentrates by glycerin treatment and washing].

The discontinuous washing procedure of red cell concentrates with saline was modified in order to improve the removal of leucocytes and platelets. It was achieved by glycerolization and deglycerolization without freezing and thawing. The elimination rate of leucocytes amounted to 99.9% and of platelets to 97.4% related to whole blood. A unit of red cell concentrate prepared from 400 ml of donated blood contained a total of (0.001 +/- 0.003) X 10(9) leucocytes and (2.35 +/- 1.33) X 10(9) platelets. The relatively high elimination rates are comparable with those obtained by filtration and cryopreservation, respectively. The whole procedure performed in glass bottles required one hour more than washing three times without glycerolization. A further improvement of the procedure should be directed towards saving time in processing and towards lowering the loss of red cells that is still 20%.

Blood Platelets↗