In the process of protein synthesis

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It is important to note that the structure and function of the ESR can vary in different types of cells and organisms. For example, a post-synthetic cell may have a more extensive and complex structure of the ESR than other types of cells.

Protein synthesis in an endoplasmic network with ribosomes
Ribosomes, the main structures of protein synthesis, are attached to the membranes of the ESR. Their presence allows cells to effectively synthesize proteins, which then perform various functions in the body.

The process of protein synthesis in the ESR begins with DNA sandplay therapy transcription in mRNA. MRNK is then transported from the cell nucleus to the ESR, where it binds to ribosomes. Ribosomes sequentially «read » mRNA and synthesize the corresponding protein using amino acids.

The obtained peptide chain passes through the ESR membrane into the internal space of the ESR, where it is subsequently modified and processed. This may include bending, truncating, adding post-translation modifications or adding other groupings necessary for the full operation of the protein.

The protein synthesis in the ESR is also associated with quality control, which ensures that the newly formed proteins are in the correct conformation and have the necessary functional properties. In case of detection of defective or improperly complex proteins, they can be noted for further destruction and disposal.

Thus, protein synthesis in ECU with ribosomes plays an important role in the body, providing cells with an effective mechanism for creating the necessary proteins. This process is complex and regulated, and its proper functioning is important for maintaining normal cellular activity and the survival of the body as a whole.