The role of the endoplasmic network with ribosomes

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The endoplasmic network with ribosomes (ESD) plays a key role in ensuring protein synthesis, as well as in detoxification and metabolic metabolism inside the body's cells. When the body is poisoned, ESR is actively involved in the protective mechanisms of the body, trying to neutralize and remove toxins.

In the process of poisoning, toxic substances can cause serious harm to sandplay therapy the body's cells, leading to impaired functioning of organs and systems. ESR assumes a significant part of the responsibility for the treatment and removal of toxins during poisoning, which helps to prevent the development of serious complications and helps restore the body's cells.

One of the main functions of the ESR in poisoning is the binding of toxins and their detoxification. Due to the presence of ribos on the surface of the ESR, synthesizing proteins, the ESR can effectively communicate with toxins and help them undergo metabolic processing processes. Due to the activity of enzymes located in the ESR, processes such as oxidation and hydroxylation can occur more intensively, which facilitates detoxification.

In addition, ESR takes part in the regulation and control of protein synthesis, which are directly related to detoxification and protection of the body from poisoning. For example, when liver poisoning, ESR activates proteins involved in the metabolic detoxification and synthesis of hepatoprotectors, which helps to neutralize harmful substances and reduce their toxic effect on liver cells.

So, the endoplasmic network with ribosomes plays a significant role in coping with body poisoning. Its functions of toxin detoxification and protein synthesis allow the body to neutralize and remove harmful substances, which helps to restore cells and improve the overall condition.