.... These data demonstrate for the first time that the CRH neurosecretory system contains functionally distinct components, and that the VP secreting component may specifically mediate the ACTH response to short-term stress. Stress Vasopressin CRH Coexistence Subpopulations Paraventricular nucleus...

...-derived peptides coexistent in the same secretory vesicles as CRF. The other 50% of the CRF axons contained little or no detectable AVP or AVP precursor-derived peptides. Differential activation of these subpopulations of CRF axons could provide a mechanism by which levels of CRF and AVP in portal plasma...

... in the median eminence. Possible interactions of GABA within the hypothalamo-pituitary-adrenal axis are discussed. γ-Aminobutyric acid Corticotropin-releasing factor Paraventricular nucleus Coexistence Immunohistochemistry Rat Median eminence Adrenocorticotropic hormone release 26 02 1988...

...Gerhard Skofitsch; David M. Jacobowitz; Rainer Amann; Fred Lembeck Using indirect immunofluorescence methods and antisera raised against galanin (GAL) and vasopressin (VP), we have demonstrated both peptides coexisting in the very same cell bodies in the supraoptic and magnocellular paraventricular...

... to lack GRF peptide. Partly overlapping GRF- and TH-immunoreactive fibers in the median eminence were observed, indicating possible coexistence of the two compounds also in nerve endings close to portal vessels. These findings suggest that a subpopulation of A12 dopamine neurons produces, stores...

...-restaining procedure. This revealed apparent coexistence of GAD- and TH-like immunoreactivities in a subpopulation of arcuate neurons. The relevance of this finding to the control of anterior pituitary secretion is discussed. 15 02 1984 23 04 1984 28 3 2008 Coexistence Tyrosine...

..., instructions or products referred to in the content or advertisements. GRF Tyrosine hydroxylase Coexistence Arcuate nucleus Immunocytochemistry Rapid Communication Neuroendocrinology 41: 177 179(1985) Coexistence of Growth Hormone Releasing Factor-Like and Tyrosine Hydroxylase-Like...