Testosterone Modulation of Peptidergic Pathways in the Septo-Preoptic Region of Male Japanese Quail

@inproceedings{Aste1997TestosteroneMO,
  title={Testosterone Modulation of Peptidergic Pathways in the Septo-Preoptic Region of Male Japanese Quail},
  author={Nicoletta Aste and Carla Viglietti-Panzica and Jacques Balthazart and Giancarlo Panzica},
  year={1997}
}
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements, suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds. In the present study we investigated the existence of a testosterone (T) dependent modulation of peptidergic patways in the septo-preoptic region of quail. We quantitatively analyzed the… CONTINUE READING

2 Figures & Tables

Connections & Topics

Mentioned Connections BETA
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements , suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds .
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements , suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds .
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements , suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds .
GonadorelinGene product plays role in biological processReproduction
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements , suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds .
We quantitatively analyzed the immunocytochemical distribution of vasotocin ( VT ) , substance P , neuropeptide Y ( NPY ) , and vasoactive intestinal polypeptide ( VIP ) in intact , castrated , or castrated T - treated male quail .
We quantitatively analyzed the immunocytochemical distribution of vasotocin ( VT ) , substance P , neuropeptide Y ( NPY ) , and vasoactive intestinal polypeptide ( VIP ) in intact , castrated , or castrated T - treated male quail .
We quantitatively analyzed the immunocytochemical distribution of vasotocin ( VT ) , substance P , neuropeptide Y ( NPY ) , and vasoactive intestinal polypeptide ( VIP ) in intact , castrated , or castrated T - treated male quail .
Multiple peptidergic innervation occurs in prosencephalic regions of quail that are characterized by a wide distribution of sex steroid receptors or gonadotropin releasing hormone elements , suggesting that neuropeptides could influence circuitries involved in the control of reproductive activities in birds .
We quantitatively analyzed the immunocytochemical distribution of vasotocin ( VT ) , substance P , neuropeptide Y ( NPY ) , and vasoactive intestinal polypeptide ( VIP ) in intact , castrated , or castrated T - treated male quail .
All Topics