Linked from

The 43 pages that link to Ion channel, each with the reason it gives.

• Action potentialNarrower topic: Selective ion movement through channels creates the currents behind voltage changes.

• Voltage-gated sodium channelNarrower topic: Voltage-gated sodium channels are one specialized type of ion channel.

• Spider venomNarrower topic: Spider peptide toxins can alter ion-channel activity, changing nerve and muscle signaling.

• Cardiac action potentialNarrower topic: Cardiac action potentials arise from changing ion-channel conductance.

• Bacterial flagellumNarrower topic: Ion-conducting motor proteins couple membrane gradients to rotation.

• NMDA receptorNarrower topic: The NMDA receptor is a ligand-gated member of this broader protein class.

• Hodgkin–Huxley modelNarrower topic: The model’s conductance terms helped frame channels as mechanisms behind membrane currents.

• TRPA1Narrower topic: TRPA1 changes sensory-cell activity by opening a route for ions across the membrane.

• ArrhythmiaNarrower topic: Cardiac ion channels shape electrical impulses, and channel defects can cause arrhythmias.

• Alan HodgkinNarrower topic: Hodgkin’s current measurements helped establish ion channels as the basis of electrical signaling.

• Brugada syndromeNarrower topic: Ion-channel biology supplied the framework for explaining inherited electrical disorders such as Brugada syndrome.

• Depolarization (neuroscience)Narrower topic: Depolarization depends on changing ion flow through these membrane pathways.

• Erwin NeherNarrower topic: These proteins were the targets whose tiny electrical currents Neher learned to measure.