Neurotransmitter Receptors, Volume 9S. J. Enna, Henry I. Yamamura Chapman and Hall, 1980 - Benzodiazepines |
Other editions - View all
Neurotransmitter Receptors: Part 1 Amino Acids, Peptides and Benzodiazepines Sam J. Enna No preview available - 2014 |
Common terms and phrases
3H]kainic acid Acad action activity affinity agonists amino acids analgesic analogs angiotensin antagonists antagonized appears assay behavioral benzodiazepines binding sites binding studies Biochem biophys brain membranes Brain Res C-terminal cells cerebellar cerebellum Childers concentrations cortex Coyle Curtis cyclase cyclic cyclic AMP depolarization dopamine doses drugs effects eledoisin endogenous enkephalin Enna excitatory amino acids GABA receptor glutamic acid glycine receptors high-affinity hormone hypothalamus ileum immunoreactivity increase inhibition inhibitory injection interactions iontophoretic Iversen Johnston kainic acid Krnjevic Krogsgaard-Larsen L-aspartate L-glutamate ligand mediated met-enkephalin morphine motoneurons muscimol naloxone natn nervous system Neurochem neurons neurophysiologic neurotensin Neurotransmitter Receptors opiate receptors opioid peptides pathways peripheral Pharmac Pharmacol pharmacological physalaemin Physiol physiological pituitary postsynaptic potent Proc protein rat brain Raven Press receptor binding regional distribution relatively release responses Simantov Snyder sodium specific binding spinal cord ẞ-endorphin ß-LPH stimulation striatum substance suggested synaptic synaptosomal Table tissue Werman