C3

Yes, a variety of proteins that interact with C3 proteins, including complement receptors, regulatory proteins, inflammatory factors, etc., have been discovered, and they are jointly involved in the regulation and functional execution of C3 proteins.

C3 protein plays an important role in infectious diseases. It can play an anti-infection role by activating the complement system, directly killing pathogens or enhancing the ability of immune cells to destroy pathogens.

Research on C3 protein is going on. At present, it mainly focuses on the analysis of its function and regulatory mechanism, the identification of gene mutations associated with diseases, and the interaction with other complement proteins and immune cells, which provides a theoretical basis for the further development of diagnosis and treatment methods of related diseases.

C3 protein can be used as an aid in the diagnosis of certain immune-related diseases. Measuring the level of C3 protein in serum can reflect the activity of the immune system and the degree of inflammation.

Post-translational modifications of the C3 protein can affect its function. Phosphorylation, cleavage, methylation and other modifications can regulate the activity, stability and interaction ability of C3 proteins.

Yes, some C3 protein-related drug treatments are under development, including drugs that regulate the degree of C3 protein activation, drugs that inhibit the overactivation of C3 protein, etc.