chloride channel

The hope was that the normal genes might function and allow the cells to make the needed chloride channels.

The protein encoded by this gene is a chloride channel.

Each chloride channel can be closed by only one ligand molecule.

In experimental biology, it has been employed to inhibit chloride channels.

Calcium-activated chloride channels are believed to be involved in developing arrhythmia.

Based on sequence homology the chloride channels can be subdivided into a number of groups.

Chloride channels are also important for maintaining safe ion concentrations within plant cells.

Some organic materials disrupt chloride channels in fleas, causing death.

Lubiprostone belongs to a class of drugs known as chloride channel activators.

Binding of cicutoxin to the beta domain also blocks the chloride channel.

They are found in several voltage-gated chloride channels.

Chloride channel subunits contain between 1 and 12 transmembrane segments.

But until the research derived from the German discovery, they did not know that the chloride channel was missing or functioning improperly.

Chloride channel activity in epethelial and cardiac cells has been found to be G protein-dependent.

There, they typically follow an action potential and are mediated by voltage gated sodium or chloride channels.

Moxidectin interferes with the chloride channel neurotransmission in the parasite.

The drug binds to and activates glutamate-gated chloride channels.

This protein is a chloride channel.

Avermectins target the alpha-subunit of glutamate-gated chloride channels with high affinity.

Chloride channels are important for setting cell resting membrane potential and maintaining proper cell volume.

These chloride channels have an important role in the control of membrane excitability, transepithelial transport, and possibly cell volume.

To balance this potential difference, negative chloride ions also exit the cell, through selective chloride channels.

The types of leakage channels that have the greatest significance in neurons are potassium and chloride channels.

The ANO1 protein functions as a calcium dependent chloride channel and has eight transmembrane domains.

Since the chloride channel is bound and activated by calcium, this tends to occur more often in cells that are already under calcium stress.