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 glycoprotein gradient ion membrane muscle neuron paralysis potential protein sodium subunit voltagegated

The Voltage-gated Sodium Channel Transporting Sodium Ions Through A Cell Membrane Stock Photography


The voltage-gated sodium channel transporting sodium ions through a cell membrane Stock Photo
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The voltage-gated sodium channel transporting sodium ions through a cell membrane #180855938
Description

Na+ channels are composed of a large alpha subunit and one or more regulatory beta subunits pink. They generate and propagate action potentials in neurons and muscle. Source: PDB entry 6AGF

Action potential in a nerve cell
Synapse
Ligand-gated ion channel
Types of ion channel
Voltage-gated channels

Cell membrane with ion channels
The voltage-gated sodium channel in the open conformation,side view

The voltage-gated sodium channel in the open conformation,, top view
Chemical synapse structure. Neuron communication

ligand gated ion channel receptors . Vector diagram
G protein coupled receptors gated ion channel. Vector illustration
Voltage-gated ion channel vector illustration diagram
Voltage-gated ion channel vector illustration diagram
Structure of the voltage-gated K+ channel Eag1 (green) bound to the channel inhibitor calmodulin (brown).