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Primary gastrointestinal Kaposi's sarcoma in a patient with acquired immune deficiency syndrome [Case Report]

Lustbader I; Sherman A
Gastrointestinal involvement by Kaposi's sarcoma in patients with cutaneous or lymph node involvement is common. Since the advent of the acquired immune deficiency syndrome in 1981, primary gastrointestinal involvement, i.e., without skin or lymph node involvement, has not been adequately documented. We describe a patient with acquired immune deficiency syndrome and primary gastrointestinal involvement by Kaposi's sarcoma
PMID: 3631038
ISSN: 0002-9270
CID: 35841

CAMPYLOBACTER PYLORIDIS IN PATIENTS WITH PEPTIC-ULCER DISEASE [Meeting Abstract]

LUCAK, BK; KOUROUPOS, E; SHERMAN, A; LUSTBADER, I
ISI:A1987K025000094
ISSN: 0002-9270
CID: 719172

A COMPARISON OF 2 REGIMES FOR COLONOSCOPY BOWEL CLEANSING [Meeting Abstract]

LUCAK, BK; LUSTBADER, I; KOUROUPOS, E; WEINER, B; SHERMAN, A
ISI:A1987K025000166
ISSN: 0002-9270
CID: 719182

Effect of testosterone on development of the lumen in seminiferous tubules of the rat

Bressler RS; Lustbader IJ
Although systemically administered testosterone can effect the postnatal maturation of elements in the seminiferous tubule in hypophysectomized rats and mice, it does not elicit the same degree of development which occurs in normal control animals. In view of reports of precocious spermatogenesis in androgen secreting Leydig cell tumors, the present study was designed to determine if high local levels of testosterone accelerate development of the seminiferous tubules. Testosterone pellets were inserted under the tunica albuginea of the right testis of 7 day old rats. At 17, 23 and 28 days of age development of the seminiferous tubules, as judged by the formation of tubule lumens, was more extensive in the treated testes than in contralateral and sham operated controls. Tubule diameters were not necessarily correlated with lumen formation. This study demonstrates that high local levels of testosterone accelerate seminiferous tubule development in the rat and indicates that tubule diameter may not be a valid basis for estimating development of the testis. It is suggested that testosterone exerts this effect through its actions on the Sertoli cells
PMID: 717808
ISSN: 0303-4569
CID: 35842