Corticotropin-releasing factor, Volume 172
Working on Corticotropin-Releasing Factor in a variety of systems, experts present a coherent depiction of this peptide's role in the control and coordination of the response to stress-inducing situations.
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J A Majzoub R Emanuel G Adler C Martinez B Robinson
Plotsky K V Thrivikraman and M J Meaney Central
E Grigoriadis J A Heroux and E B De Souza Characterization
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3-endorphin a-helical ACTH ACTH release ACTH response ACTH secretion activity administration adrenal adrenalectomy Aguilera animals antagonist basal Berkenbosch binding protein Brain Res cells central concentrations corticosterone corticotropin corticotropin-releasing factor corticotropin-releasing factor CRF corticotropin-releasing hormone cortisol CRF gene CRF mRNA CRF neurons CRF receptors CRF release CRF secretion CRF-binding protein Cushing's disease cytokines decrease dexamethasone doses Dunn effects of CRF endocrine Endocrinology endogenous Fink functional GnRH Grossman Harbuz hippocampus HPA axis human CRF hypercortisolism hypophysial portal hypothalamic hypothalamic CRF immune immunoreactivity increase inhibition inhibitory injection interleukin Koob locus ceruleus Lowry magnocellular Majzoub median eminence mediated modulate Nemeroff neuroendocrine Neuroendocrinology neurons neuropeptide noradrenergic opioid peptides ovine oxytocin paraventricular nucleus parvocellular pathways peripheral Petraglia physiological pituitary pituitary-adrenal pituitary-adrenal axis placental Plotsky portal blood pregnancy regulation releasing factor response to stress Rivier role Sawchenko Souza steroid stimulation stress-induced stressors studies suggest Tilders tissue Vale vasopressin vitro vivo