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Brood-production after hypophysectomy in the viviparous teleost Mollienesia latipinna Le Seuer


, : Brood-production after hypophysectomy in the viviparous teleost Mollienesia latipinna Le Seuer. Nature London, 194: 787



Accession: 038030233

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Related references

Ball, J.N.; Slicher, A.M., 1962: Influence of hypophysectomy and of an adrenocortical inhibitor (SU-4885) on the stress-response of the white blood cells in the teleost fish, MoUienesia latipinna Le Seuer. Nature London, 196: 1331-1332

Ball, J.N.; Slicher, A.M., 1962: Influence of hypophysectomy and of an adrenocortical inhibitor on the stress-response of the white blood cells in the teleost fish, Mollienesia latipinna le Sueur. The response of male M. latipinna to cold-shock was investi-gated using intact fish, hypophysectomized fish and fish treated with SU-4885, which has been shown to inhibit the 11-hydroxylation enzyme system of the mammalian adrenal cortex with litt...

Ball, J.N.; Slicher, A.M., 1962: Influence of hypophysectomy and of an adrenocortical inhibitor (SU-4885) on the stress-response of the white blood cells in the teleost fish, Mollienesia latipinna Le Sueur. Nature 196: 1331-1332

Parzefall J., 1968: Comparative ethology of several varieties of mollienesia including a cave form of mollienesia sphenops poecilia mollienesia velifera mollienesia latipinna xiphophorus. Behaviour 33(PART 1/2): 1-37

Kallman, Klaus D., 1961: Detection of gynogenesis in the viviparous teleost, Mollienesia formosa , by tissue transplantation. Amer Zool 1(3): 362-363

Young, G.; Ball, JN., 1983: Ultrastructural changes in the adenohypophysis during the ovarian cycle of the viviparous teleost Poecilia latipinna. During the monthly cycle of vitellogenesis, intraovarian gestation and parturition, the pituitary growth hormone (GH) cells show ultrastructural changes indicative of an increase in secretory activity related to vitellogenesis. In contrast, the pi...

Young, G.; Ball, J.N., 1982: Ultrastructural changes in the adenohypophysis during the ovarian cycle of the viviparous teleost Poecilia latipinna. I. The gonadotrophic cells. EM observations were made on the gonadotrophic (GtH) cells of the female sailfin molly during the monthly ovarian cycle. The cycle comprises oocyte growth (previtellogenic and vitellogenic), ovarian pregnancy and parturition, and can be classified...

Young, G.; Ball, JN., 1982: Ultrastructural changes in the adenohypophysis during the ovarian cycle of the viviparous teleost Poecilia latipinna. 1. The gonadotrophic cells. EM observations were made on the gonadotrophic (GtH) cells of the female sailfin molly during the monthly ovarian cycle. The cycle comprises oocyte growth (previtellogenic and vitellogenic), ovarian pregnancy and parturition, and can be classified...

Kime, D.E.; Groves, D.J., 1986: Steroidogenesis by gonads of a viviparous teleost, the sailfin molly (Poecilia latipinna), in vitro and in vivo. Gonads of Poecilia latipinna transformed [3H]testosterone into a number of reduced and conjugated metabolites in high yield in vitro. In the male 5 beta-androstane-3 alpha, 17 beta-diol, 5 beta-androstane-3 beta, 17 beta-diol, and their "sulp...

Young, G.; Ball, J.N., 1982: Ultrastructural changes in the adeno hypophysis during the ovarian cycle of the viviparous teleost poecilia latipinna 1. the gonadotropic cells. EM observations were made on the gonadotrophic (GtH) cells of the female sailfin molly during the monthly ovarian cycle. The cycle comprises oocyte growth (previtellogenic and vitellogenic), ovarian pregnancy and parturition, and can be classified...