In addition, recent studies have shown that LC3, an autophagy-related, ubiquitin-like modifier, is processed by a unique protein activation/conjugation system to form autophagosomal membranes in cancer cells during autophagy.
The formation of DSS1-protein adducts can also be enhanced by ATP supplementation, suggesting that this novel role of DSS1 protein as a modifier tagging target proteins is processed by an unidentified ATPase.
Three types of high-viscosity modifiers were studied in this research: Japan high-viscosity modifier TPS.
Possible effect modifiers were also investigated.
No other effect modifiers were identified.
Post-translational modification of eukaryotic proteins by ubiquitin or Ubl modifiers is an important process by which the stability, localization or activity of intracellular proteins can be controlled (Kerscher et al., 2006).
Translation p5 can be used to show the relations between neighbouring modulations which share a common substrate/product, and translation p6 can be used to represent the fact that all substrates and modifiers are needed for this process.
For pathological processes that may occur at several anatomical and functional locations, such as the various types of infection, tumors, allergy or inflammatory process, shape modifiers are applied to the external shape.
Modifiers are added at some stage of the polymerization process or during polymer extrusion.
On the other hand, aggregation modifiers are enriched in splicing, proteolysis, and protein folding, which are the processes directly or indirectly associated with aggregate formation and elimination.
