Sentence examples for most lipid modifications from inspiring English sources

In terms of polarity, most lipid modifications lie in between these two cases.

Although most of lipid modifications are irreversible, protein S-palmitoylation, also called as thioacylation or S-acylation, could reversibly attach 16-carbon saturated fatty acids to specific cysteine residues in protein substrates through thioester linkages [ 44, 45].

5 One important feature of most small GTPases are lipid modifications that are posttranslationally attached and facilitate the specific targeting and attachment of the GTPase to intracellular membranes.

Overall, S-palmitoylation largely prevailed as the most abundant putative lipid modification associating proteins to membrane compartments in M. truncatula, as predicted for 487 (59%) candidates within the total microsomal fraction.

These lipid modifications are essential for most of small G proteins to bind to cytoplasmic and organelle membranes where prenylated small G proteins become functional, whereas unprenylated small G proteins remain in the cytoplasm and non-functional.

Most Ras subfamily proteins are membrane-localized, due to sequence-specific lipid modifications.

These lipid modifications are mainly palmitoylation or prenylations, being farnesylation and geranyl-geranylation the most frequent post-translation modifications [ 4].

Lipid modifications were investigated as well.

Two lipid modifications of ShhN then occur.

Lipid modifications of G proteins are key for their specific subcellular localization.

Unlike other lipid modifications of proteins, palmitoylation is reversible.