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Propriétés des canaux des jonctions Gap et leur modulation par les neurotransmetteurs : analyse électrophysiologique
FR |
EN
| Auteur / Autrice : | Jacques Neyton |
| Direction : | Philippe Ascher |
| Type : | Thèse de doctorat |
| Discipline(s) : | Sciences biologiques et fondamentales appliquées. Psychologie |
| Date : | Soutenance en 1986 |
| Etablissement(s) : | Paris 6 |
Mots clés
FR
Mots clés libres
Sciences biologiques fondamentales et appliquees, psychologie
Vertebres
Systemes nerveux et organes des sens
Rodentia
Mammalia
Reptilia
Jonction cellulaire
Neuromediateur
Electrophysiologie
Vertebrata
Jonction communicante
Canal membranaire
Dopamine
Acetylcholine
Amp-3',5'
Neurone horizontal
Glande lacrymale
Catecholamine
Retine
Rat
Chelonia
Rodentia
Mammalia
Reptilia
Cell junction
Neurotransmitter
Electrophysiology
Vertebrata
Gap junction
Membrane channel
Dopamine
Acetylcholine
Amp-3',5'
Horizontal neuron
Lacrimal gland
Catecholamine
Retina
Rat
Chelonia