Innervation and control of the adenohypophysis by hypothalamic peptidergic neurons in teleost fishes: EM immunohistochemical evidence

Keyphrases

• Adenohypophysis 100%
• Axon 25%
• Binding Site 25%
• Bouton 25%
• Cholecystokinin 25%
• Clarias Gariepinus 25%
• Corticotropin-releasing Factor 25%
• Dicentrarchus Labrax 25%
• Electron Microscopic Immunolabeling 25%
• Endocrine Cells 25%
• Galanin 50%
• Gonadotropic Cells 25%
• Gonadotropin-releasing Hormone 25%
• Growth Hormone 100%
• Growth Hormone Release 25%
• Herring Bodies 25%
• Immunoreactivity 50%
• Innervation 100%
• Isotocin 50%
• Melanin Concentrating Hormone 25%
• Microscopic Study 25%
• Morphological Detection 25%
• Neurohypophysis 25%
• Neuropeptide Y 50%
• Neuropeptides 75%
• Neurosecretory 50%
• Neurotensin 25%
• Pars Intermedia 50%
• Peptidergic Neurons 100%
• Pituitary 75%
• Pituitary Cells 25%
• Poecilia Latipinna 25%
• Post-embedding 25%
• Pre-embedding 25%
• Receptor Localization 25%
• Releasing Factors 50%
• Small Caliber 25%
• Somatostatin 50%
• Specific Group 25%
• Substance P 25%
• Superfusion 50%
• Teleost 25%
• Teleost Fish 100%
• Teleostean 50%
• Thyrotropin 50%
• Vasotocin 50%

Neuroscience

• Axon 33%
• Binding Site 33%
• Bovine Somatotropin 100%
• Cholecystokinin 33%
• Corticotropic Cell 33%
• Corticotropin-Releasing Hormone 33%
• Endocrine Cell 33%
• Galanin 66%
• Gonadotropic Cell 33%
• Gonadotropin-Releasing Hormone 33%
• Growth Hormone Treatment 100%
• Growth-Hormone-Releasing Hormone 66%
• Innervation 100%
• Isotocin 66%
• Melanin Concentrating Hormone 33%
• Neuropeptide 100%
• Neuropeptide Y 66%
• Neurotensin 33%
• Pars intermedia 66%
• Posterior Pituitary 33%
• Receptor 33%
• Somatostatin 66%
• Substance P 33%
• Thyrotropic Cell 33%
• Thyrotropin-Releasing Hormone 66%
• Vasotocin 66%