Failure of Hypothalamic Tissue to Reinitiate Thyrotropin Production By Mouse Pituitaries in Tissue Culture.

Florsheim, Warner H.; Imagawa, David T.; Greer, Monte A.

doi:10.3181/00379727-95-23321

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1960

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Cited by 8 publications

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“…Repetitive confirmation of these early studies has been made with a variety of endocrine tissues and cell culture systems (2)(3)(4)(5)(6)(7)(8)(9)(10). Repetitive confirmation of these early studies has been made with a variety of endocrine tissues and cell culture systems (2)(3)(4)(5)(6)(7)(8)(9)(10).…”

mentioning

confidence: 82%

Studies on Hormone Production by Human Fetal Pituitary Cell Cultures

Nussbaum

et al. 1970

Experimental Biology and Medicine

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mentioning

confidence: 82%

Studies on Hormone Production by Human Fetal Pituitary Cell Cultures

Nussbaum

et al. 1970

Experimental Biology and Medicine

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Neural regulation of adenohypophysial prolactin secretion in tetrapods: Indications from in vitro studies

Nicoll

1965

J. Exp. Zool.

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The in uitro prolactin-secreting capacities of adenohypophyses of Columba liuia (pigeon) and Necturus maculosus (salamander) were compared with those of living and dead rat adenohypophyses over an eight-day culture period. The living rat adenohypophysis produced prolactin at a constantly high rate. The dead rat tissue showed no evidence of active prolactin secretion. The secretion rate of prolactin by the pigeon adenohypophysis decreased rapidly with time in vitro and closely resembled the performance of dead rat adenohypophysis. Necturus adenohypophysis showed a slight initial decrease in prolactin secretion rate, which then plateaued at a constantly low level. The effects of acid extracts of cerebral and hypothalamic tissues of Agelnizrs tricolor (blackbird) on prolactin secretion in uitro by Agehius adenohypophysis were examined. The extract of cerebral tissue had no effect, but the hypothalamic extract increased prolactin secretion, indicating that the blackbird hypothalamus contains a stimulator of prolactin secretion. These results indicate that the neural mechanism which controls prolactin secretion in Colurnba and Agelaius is different from that which exists in rats and other laboratory mammals. No definite conclusions can be drawn regarding neural regulation of prolactin secretion in Necturus.

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Comparative aspects of hypothalamic-hypophysial relationships

Jørgensen

Larsen

1960

Ergebnisse Der Biologie

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Failure of Hypothalamic Tissue to Reinitiate Thyrotropin Production By Mouse Pituitaries in Tissue Culture.

Cited by 8 publications

References 0 publications

Studies on Hormone Production by Human Fetal Pituitary Cell Cultures

Studies on Hormone Production by Human Fetal Pituitary Cell Cultures

Neural regulation of adenohypophysial prolactin secretion in tetrapods: Indications from in vitro studies

Comparative aspects of hypothalamic-hypophysial relationships

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