Together with protein processing

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Processing of protein and lipids in an endoplasmic network with ribosomes
The Endoplasmic Network with Ribosomes (EPSR) plays an important role in the processing of proteins and lipids in cells. It consists of membranes that form a system of channels and vesicles interconnected.

Protein processing begins on ribosomes attached to the EPR membranes. Ribosomes synthesize new proteins that are intended for export from a cell or for use inside it. Proteins are transferred inside the EPSR membranes, where they undergo the process of post-translation modification.

This process includes a shift in amino acid residues, the addition of sugar sandplay therapy groups or lipid tails, and the folding of secondary and tertiary structures. Different factors can affect the characteristics of the modification, which allows you to create a variety of forms of proteins.

Perhaps immediately after the modification, the proteins are transferred to Golgi apparatus for further sorting and transportation. However, some proteins may remain inside the EPSR, where they perform their specific functions.

EPSR also participates in the synthesis and modification of lipids. Our body needs various lipids for the construction of cell membranes and for many other biological processes. EPSR plays a regulatory role in the synthesis and transport of lipids, which allows maintaining the optimal state of cell membranes and ensuring their functionality.

Thus, the endoplasmic network with ribosomes plays an important role in the processing of proteins and lipids, ensuring the correct structure and functionality of cells.