Examples of 'transmembrane proteins' in a sentence
Meaning of "transmembrane proteins"
transmembrane proteins - This phrase refers to proteins that span across the cell membrane, with portions of the protein being exposed both inside and outside of the cell. These proteins play crucial roles in cellular processes such as signal transduction, transport of molecules, and cell adhesion
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- plural of transmembrane protein
How to use "transmembrane proteins" in a sentence
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transmembrane proteins
A preferred subset of transmembrane proteins is the adhesins.
Suitable cytoplasmic tails are available from transmembrane proteins.
Other transmembrane proteins cross the membrane several times.
This is the major category of transmembrane proteins.
These transmembrane proteins facilitate water passage through the membranes.
This includes single transmembrane proteins.
Innexins are transmembrane proteins that form gap junctions in invertebrates.
He was the first to demonstrate the existence of oriented transmembrane proteins.
They are called transmembrane proteins.
Preferred transmembrane domains are those taken from bacterial transmembrane proteins.
Fusion is mediated by viral transmembrane proteins known as fusión proteins.
Such transmembrane proteins can function to effect ion transport in several ways.
This then passes through a second set of transmembrane proteins.
Portions of these transmembrane proteins are exposed on both sides of the membrane.
They are incorporated into the membranes of the discs in the form of transmembrane proteins.
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Sodium channels are large transmembrane proteins that are expressed in various tissues.
Transmembrane proteins can either cross the lipid bilayer one or multiple times.
Others require the help of transmembrane proteins to move into or out of the cell.
Transmembrane proteins may cross the membrane only once or over twenty times.
These carriers may comprise transmembrane proteins to assist in the trafficking of the cell.
Transmembrane proteins are integral membrane proteins that span across the membrane at least once.
Receptor tyrosine kinases arc transmembrane proteins that participate in cell signal transduction.
Most extend all the way through the membrane and are known as transmembrane proteins.
Connexins are transmembrane proteins which form gap junctions between cells.
The two halves are connected in the extracellular space by transmembrane proteins called desmogleins.
Other transmembrane proteins traverse the cell membrane more than once.
TCR contains at least seven transmembrane proteins.
The ICAMs are monomeric transmembrane proteins that are members of the immunoglobulin superfamily.
The TCR is composed of at least seven transmembrane proteins.
Such transmembrane proteins will have two or more different extracellular regions.
The MHC encodes three classes of transmembrane proteins.
Bitopic proteins are transmembrane proteins that span across the membrane only once.
The receptors of the TNF receptor family are type I transmembrane proteins.
Rh antigens are transmembrane proteins with loops exposed at the surface of red blood cells.
Class II MHC are also transmembrane proteins.
Many transmembrane proteins associate with other transmembrane proteins to form larger complexes.
The same will be true for other transmembrane proteins that comprise two or more subunits.
All transmembrane proteins are IMPs, but not all IMPs are transmembrane proteins.
Stability and folding of β-barrel transmembrane proteins.
Connexins are integral transmembrane proteins which form channels in the cell membrane called connexons.
In many cases, IgSF CAMs are transmembrane proteins.
The novel transmembrane proteins may be involved in targeting the tumor cells to the ovary.
In vertebrates, gap junctions are composed of transmembrane proteins called connexins.
Among these transmembrane proteins is a class called aquaporins that is extremely specific for water molecules.
Folding of α-helical transmembrane proteins.
PARs are transmembrane proteins that mediate signal transduction.
His research was strongly based on the study of the pore-forming transmembrane proteins.
UCPs are transmembrane proteins that decrease the proton gradient generated in oxidative phosphorylation.
In a preferred embodiment, the transmembrane proteins are envelope proteins.
GPCRs are transmembrane proteins capable of translating ligand binding into a specific cellular response.
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Examples of using Transmembrane
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Folates uptake depends on transmembrane transporters to be effective
The transmembrane domain is represented as a helicoidal line
Signal amplification at the transmembrane hormone receptor
Examples of using Proteins
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Food rich in proteins will go bad quicker
Proteins break down and moisture is lost
Complementarity of proteins and take adequate vita
