The answer to this question is pyruvic acid.
This process is also known as the Embden-Meyerhof or glycolytic pathway and is undoubtedly the most common pathway for glucose degradation to pyruvate in the second stage of catabolism. It is found in all major groups of microorganisms and functions in the presence or absence of oxygen. Glycolysis occurs in the cytoplasmic matrix of prokaryotes and eukaryotes.
The pathway as a whole is divided into two parts: The initial 6 carbon stage and secondly, the 3 carbon stage.
One of the products, glyceraldehyde 3-phosphate, is converted directly to pyruvic acid in a five step process.
Answer:
In cancerous cell, telomerase expresses and enhances the cell cycle division
Explanation:
In Cancer, cells divides uncontrollably as once the cell cycle is complete, the inhibitors do not restrict the cells from dividing further. These positive regulators of cell cycle if not controlled leads to continuous break down of cell and hence the cancer.
In a cancerous cell, enzyme reversing the wearing down of chromosome at the end of all cell cycle i.e telomerase expresses which in normal cases stops the cell division.
The answer to this question is Fossils