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In the process of glycolysis, what happens to glucose after it crosses the cell membrane into the cytoplasm of the cell?

Respuesta :

Living organisms display the property of metabolism, which is a general term to describe the processes carried out to acquire and use energy. We know that people need to eat, and in our foods are various kinds of nutrients that our cells use. One large group of nutrients in our foods is carbohydrates, which supply our cells with glucose.

In the process of glycolysis, glucose goes into the cytoplasm of the cell and turns into pyruvic acid.

Glycolysis consists of the oxidation of glucose until obtaining two molecules of pyruvate that can later be used in other metabolic routes such as the Krebs cycle.

  • Glucose is an organic molecule composed of a 6-ring membrane found in the blood, which is generally the result of the transformation of carbohydrates into sugars.

  • In order to enter cells, glucose travels through the proteins responsible for transporting it from outside the cell to the cytosol.

  • Through glycolysis, glucose is converted into an acid called "pivuric" or "pyruvate" that plays a very important role in biochemical activity.

  • This process occurs in the cytoplasm (the part of the cell that lies between the nucleus and the membrane).

Therefore, we can conclude that glycolysis consists of consecutive enzymatic chemical reactions that occur in the cytoplasm, which transform a glucose molecule into pyruvate.

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