Comparative Endocrinology and Reproduction
This text includes topics in: endocrine hypothalamus, pituitary, pineal, thyroid, gonads, reproduction in vertebrates, and control of reproduction and molting in crustaceans. Some of the articles have a bearing on applied fields such as fertility and sterility control, and rodent control.
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Neural Control of GonadotropinReleasing Hormone
Neuroendocrine Role of Opioid Peptides
The Hypothalamus of Teleosts
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Acad ACTH activity amino acid basal binding Biochem Biol blastocyst brain Cell Tissue Res circannual Comp cycle decrease effect embryos Endocrinol Endocrinology epididymis epithelium estradiol estrogen factors Fertil ﬁrst Fish follicles follicular function gene gland GnRH GnRH neurons gonadal gonadotropin granules granulosa cells hamster hormone hypothalamus immunoreactive implantation increase induced inﬂuence inhibition inhibitory Kalra Krishna levels LH surge lipid luteal male mammalian mammals melatonin membrane metabolism mouse mRNA neurons neuropeptides nucleus observed Olivereau oocyte opioid ovarian ovary ovulation pattem peak peptide phase photoperiod photoreceptor Physiol physiological pineal organ pinealocytes pituitary plasma primates Proc progesterone protein receptors regulation release Reprod reproductive rhythm role Sahu seasonal secretion Sertoli cells signiﬁcant SL cells species speciﬁc sperm spermatogenesis steroid stimulated studies suggest synthesis teleosts testicular testis testosterone thyroglobulin thyroid trophoblast tubules vertebrates Vigh Vigh-Teichmann vitro Zool