It is believed now that Rab functions as a regulator of vesicle docking and fusionprocesses by switching between a GTP-binding form and a GDP-binding form and thatRab plays important roles in protein transport including endocytosis and exocytosis.
Furthermore, eight gene functional modules with significantly gathered differentially expressed genes were recognized, which were mainly related to glycometabolism, protein transport, glutamine metabolism, induction of apoptosis and neurogenesis.
The genes with obviously variant expression include signal transduction related genes, cell basic metabolism related genes, protein transportation related genes, cell division cycle related genes, cytoskeleton and motor protein genes, immune related genes and ion channel related genes.
The genes with obviously variant expression include signal transduction related genes, metabolism of amino acid or microelement related genes, protein transportation related genes, cell division cycle related genes, cytoskeleton and motor protein genes, immune related genes, modification of protein related genes, DNA binding protein or initiation of transcription related genes and ion channel related genes.
We studied the behavior of the signal recognition particle (SRP) components in Saccharomyces cerevisiae upon deficiencies of the protein transport caused by the absence of the SRP membrane receptor α-subunit.
Protein unfolding is required for successful protein transport through these channels.
Protein transport is tightly associated with their processing.
Brefeldin A is a commonly used antifungal agent that reversibly blocks protein transport from the endoplasmic reticulum to the Golgi complex.
Protein transport and protein storage in etiology and pathogenesis of arteriosclerosis
It can be concluded that severe burns directly affect the production of serum levels of acute-phase proteins, thereby impairing important physiological functions such as the immune system, protein transportation, metabolism, and repair processes.
Formation of new F-actin can play a role in selective protein transportation as well as in targeting.
Objective To elucidate the mechanism of the interactions between erythrocyte membrane band 3 and anion. Methods The secondary structural changes of band 3 in two different states were respectively studied by FTIR.Result It was confirmed that the inwardfacing band 3 has more amount of αhelix than the outwardfacing band 3.Condusion Band 3 may have two different structural states,which are related to the distinct functional states of band 3 respectively.
Advances in the tranportation of cytoplasmic proteins into chloroplasts were reviewed, including the importance of the transportation of cytoplasmic proteins into chloroplast, the structure and function of transit peptides, and the mechanisms of the transportation of cytoplasmic proteins transport into chloroplasts were disscussed.