voltage-dependent channel - определение. Что такое voltage-dependent channel
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Что (кто) такое voltage-dependent channel - определение

GROUP OF ION-SELECTIVE CHANNEL PROTEINS THAT ARE ACTIVATED BY CHANGES IN THE ELECTRICAL MEMBRANE POTENTIAL NEAR THE CHANNEL
Voltage gated ion channel; Voltage-gated channel; Voltage gated channel; Voltage dependant; Voltage-dependent anion channel 1; Voltage-dependent anion channel 2; Voltage-gated; Vgic; Voltage-dependent ion channel; Voltage-gated ion channels; Voltage-sensitive channel; Voltage gate
  • Conformation of the four homologous domains showing the formation of a central pore
  • Ions are depicted by the red circles. A gradient is represented by the different concentration of ions on either side of the membrane. The open conformation of the ion channel allows for the translocation of ions across the cell membrane, while the closed conformation does not.

Voltage-dependent anion channel         
INTERPRO FAMILY
Voltage-dependent anion channels; VDAC
Voltage-dependent anion channels, or mitochondrial porins, are a class of porin ion channel located on the outer mitochondrial membrane. There is debate as to whether or not this channel is expressed in the cell surface membrane.
Voltage-gated calcium channel         
A PROTEIN COMPLEX THAT FORMS A TRANSMEMBRANE CHANNEL THROUGH WHICH CALCIUM IONS MAY PASS IN RESPONSE TO CHANGES IN MEMBRANE POTENTIAL.
VDCC; Voltage dependent calcium channel; VOCC; Voltage-operated calcium channel; Voltage gated calcium channel; Voltage operated calcium channel; Calcium channels, t-type; Calcium channels, r-type; Calcium channels, q-type; Calcium channels, p-type; Calcium channels, n-type; Voltage-gated calcium channels; Voltage gated calcium channels; Voltage gated ca channel; Voltage-gated ca channel; Voltage-gated Ca2+ channel; R-type voltage gated channel; Voltage-activated calcium channel; Voltage-sensitive calcium channel; Voltage-dependent calcium channels; Voltage-dependent calcium channel
Voltage-gated calcium channels (VGCCs), also known as voltage-dependent calcium channels (VDCCs), are a group of voltage-gated ion channels found in the membrane of excitable cells (e.g.
Sodium channel         
  •  doi = 10.1186/gb-2003-4-3-207 }}</ref>
CLASS OF TRANSMEMBRANE PROTEIN ALLOWING SODIUM IONS IN AND OUT
Sodium channels; Voltage-dependent sodium channel; Voltage-dependent sodium channels; Voltage-gated sodium channel; Sodium ion channels; Na channel; Voltage gated sodium channel; Sodium ion channel; Voltage operated sodium channel; Voltage-operated sodium channel; Na+ channel; Ligand gated sodium channels; Ligand-gated sodium channels; Ligand-gated sodium channel; Ligand-gated Na channel; Voltage gated sodium channels; Voltage-gated sodium channelopathy; Sodium channelopathy; Voltage-gated sodium channels; Sodium Channel; Voltage-sensitive sodium channels; Voltage-sensitive sodium channel
Sodium channels are integral membrane proteins that form ion channels, conducting sodium ions (Na+) through a cell's membrane. They belong to the superfamily of cation channels and can be classified according to the trigger that opens the channel for such ions, i.

Википедия

Voltage-gated ion channel

Voltage-gated ion channels are a class of transmembrane proteins that form ion channels that are activated by changes in the electrical membrane potential near the channel. The membrane potential alters the conformation of the channel proteins, regulating their opening and closing. Cell membranes are generally impermeable to ions, thus they must diffuse through the membrane through transmembrane protein channels. They have a crucial role in excitable cells such as neuronal and muscle tissues, allowing a rapid and co-ordinated depolarization in response to triggering voltage change. Found along the axon and at the synapse, voltage-gated ion channels directionally propagate electrical signals. Voltage-gated ion-channels are usually ion-specific, and channels specific to sodium (Na+), potassium (K+), calcium (Ca2+), and chloride (Cl) ions have been identified. The opening and closing of the channels are triggered by changing ion concentration, and hence charge gradient, between the sides of the cell membrane.