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IONIC CHANNELS IN SYNAPTIC VESICLES: ARE THEY INVOLVED IN TRANSMITTER RELEASE?
Rami Rahamimoff
, Nilly Yakir
, Susan A. DeRiemer
, Simona Ginsburg
, Igor Kaiserman
, Roy Shapira
, Bert Sakamann
, Herbert Stadler
Life Sciences
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Dive into the research topics of 'IONIC CHANNELS IN SYNAPTIC VESICLES: ARE THEY INVOLVED IN TRANSMITTER RELEASE?'. Together they form a unique fingerprint.
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Keyphrases
Transmitter Release
100%
Synaptic Vesicle
100%
Ionic Channels
100%
P-channel
100%
Fractal Analysis
66%
Conductance
66%
Gap Junction
33%
Open State
33%
Patch-clamp Technique
33%
Closed State
33%
Fractal
33%
Voltage Dependence
33%
Electric Organ
33%
Secretory Vesicles
33%
Cationic Channel
33%
Torpedo
33%
Nerve Terminal
33%
Calcium-dependent
33%
Na +
33%
Granules
33%
Hypophysis
33%
Exocytosis
33%
Extracellular Space
33%
Giant Vesicles
33%
Neuroscience
Ion Channel
100%
Neurotransmitter Release
100%
Synaptic Vesicle
100%
Behavior (Neuroscience)
50%
Patch Clamp
50%
Gap Junction
50%
Secretory Vesicle
50%
Exocytosis
50%
Pituitary Gland
50%