There are several modes by which membrane channels operate.

This is useful in imaging ion currents through membrane channels.

Once this occurs the growing protein chain is moved to a membrane channel called the translocon.

You're you you're restricted to looking at plasma membrane channels and their properties.

The membrane channel is formed by an antiparallel beta-barrel.

Clusters of such channels are known as membrane channels and gap junctions.

The vapour leaves the membrane channels and is collected in a main vapour channel.

Being a derivative of verapamil, it possesses the ability to inhibit Ca membrane channels.

The researchers hope to use the model to recreate an entire E. coli, complete with genes, enzymes, membrane channels and other parts.

This is particularly useful in electrophysiology, where the ease of recording from the oocyte makes expression of membrane channels attractive.

Antiarrhythmic agents are used to manipulate ion flux through membrane channels to restore normal pacemaker activity.

Physicists have shown that synthetic membrane channels can be constructed through "DNA nanotechnology."

Nominally calcium-free media are used so that the effect can be distinguished from calcium influx mediated via plasma membrane channels.

The trp gene encodes a plasma membrane channel with close homology to the dihydropyridine receptor.

But the fluid mosaic model was the first to correctly incorporate fluidity, membrane channels and multiple modes of protein/bilayer coupling into one theory.

One challenge of oocyte work is eliminating native proteins that might confound results, such as membrane channels native to the oocyte.

Channelomics is the term for the study of membrane channels, that is; ion channels and porins (the "channelome").

There are a vast array of studies investigating the function of "membrane channels", these frequently combine patch clamp electrophysiology with pharmacology.

The process by which membrane channel function is altered by drugs and biochemicals is termed "channel modulation".

Transmembrane channels, also called membrane channels, are pores within the lipid bilayer of the cell membrane.

This work provided the foundation for the all of the current work on voltage-sensitive membrane channels, which are responsible for the functioning of animal nervous systems.

For example, when a cell swells due to external osmotic pressure, membrane channels open and allow efflux of osmolytes which carry water with them, restoring normal cell volume.

Phosphorylation and dephosphorylation can be used on all types of substrates, such as structural proteins, enzymes, membrane channels, signaling molecules, and other kinases and phosphatases.

NMDA antagonists The NMDA receptor consists of two subunits that together create a membrane channel.

The voltage clamp allows the membrane voltage to be manipulated independently of the ionic currents, allowing the current-voltage relationships of membrane channels to be studied.