algl

ALGL isomerase plays an important role in the regulation of protein glycosylation and is highly conserved and flexible.

ALGL may be involved in the regulation of immune function by influencing the activation and differentiation of immune cells

ALGL is involved in the process of protein glycosylation and is related to the metastasis and deterioration of tumors.

ALGL plays an important role in physiological processes such as cell recognition, signal transduction, immune response and intellectual development.

High expression of ALGL is associated with neural tube defects and other diseases.

This protein can be expressed in a variety of cell types, and ALGL expression levels may be influenced by genetic polymorphisms and external factors.

May lead to a variety of diseases, such as ALGL deficiency will lead to congenital N-glycosylation disorders.

The glycosylation position of ALGL is mainly involved in n-chain glycosylation transfer.

It is related to other ALG family transferases, such as ALG2 and ALG3, and is involved in the control of protein n-glycosylation.

ALGL may affect the development and function of the muscular system and cardiovascular system, and participate in glycosylation of polypeptide chains.

This protein is able to transfer the substrate to the polypeptide chain to achieve α-1, 3-galactosylation, ALGL in turn affects the biological function of the protein.

Loss of this protein can affect children's intellectual development and cognitive ability, mainly because the loss of ALGL may lead to poor development of the nervous system.

ALGL can regulate the process of n-amido glycosylation and regulate the selectivity of n-amido glycosylation.

Gene polymorphism of ALGL may affect its gene expression and glycosylation activity, and thus affect its function and biological effects.

The participates in the glycosylation of pectin synthetase, which affects pectin biosynthesis.

ALGL is expressed in a variety of tissues and organs, such as the liver, kidney, central nervous system, etc.

This protein transfers the substrate to carbon monoxide on the molecule, so ALGL can achieve galactosylation of the protein.