The cells of our body contain surprising internal communication networks

Anyone who knows the game of “Telephone” knows perfectly that when passing the message from one person to another, The words gradually degrade and end up being unrecognizable. That the molecules inside our cells, Which are constantly making their own version of the telephone, Do so without missing an iota of the message. We couldn’t live without that precise cell signaling. The organism operates in good order because there is a fluid communication between its cells. Those in the Surprising Communication pancreas, Thereby ordering muscle cells to take up sugar from. The blood and produce energy. Cells of the immune system send instructions to their close relatives to attack the invader; Those of the nervous system send messages from one area of ​​the brain to another.

Intracellular communication

He native conformation of a protein is determined by all of its atomic interactions and, Therefore, By its amino acid sequence.” This statement states one of the hypotheses that has aroused the most interest in. The field of molecular biology in the last thirty years, That of protein folding. According to this hypothesis, Advanced in 1953 by Christian Anfinsen, the information required for an amino acid Paging & Answering Service business email list chain to fold is found in the sequence itself. Since the 1920s, Progress in chemistry made it possible to characterize proteins as homogeneous structures. In addition to their large size, In comparison with lipids or sugars, Proteins have a remarkable complexity. In 1953 Frederick Sanger determined. The sequence of the component amino acids of insulin. The first synthesis of peptides of biological interest, The hormones oxytocin and vasopressin, were then achieved.

Phenylketonuria Structural base

The adaptation of a cell to changes in the conditions of the environment that surrounds it involves. The transmission of instructions from the membrane to the cell nucleus in order to generate the appropriate responses. Protein phosphorylation is a key mechanism in controlling the activity of many enzymes. Enzymes called protein kinases are responsible. For this phosphorylation. Protein kinases Sale Lead and protein phosphatases (responsible for) are involved in. The regulation and coordination of many essential aspects of cell life, That is, In gene expression, cell growth and division, Or in different aspects of metabolism.

The cells of our body contain surprising internal communication networks

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