Answer
Glycolysis happes in the cell's cytoplasm. First there is sugar activation then sugar clevage and finally oxidation and the formation of ATP. Sugar activation like glucose is a phophorylated and is converted to fructose and then phosphorlated again to make fructose 1, 6 biphosphate and consuming 2 molecules of ATP. The reactions provide activation energy for other upcoming events of glycolysis. Sugar clevage fructose 1 6 biphosphate. During oxidation and ATP formation the 3 carbon molecule become oxidzed by the removal of H+. The inorganic groups are attached to the oxidized fragments by bonds that have large amounts of energy. They are cut off and capturing enough energu to create 4 ATP. Finally glycolysis ends with 2 pyruvic acid, 2 reducd NAD, and a total net gain of 2 ATP for each glucose molecule.
Work Step by Step
Glycolysis happes in the cell's cytoplasm. First there is sugar activation then sugar clevage and finally oxidation and the formation of ATP. Sugar activation like glucose is a phophorylated and is converted to fructose and then phosphorlated again to make fructose 1, 6 biphosphate and consuming 2 molecules of ATP. The reactions provide activation energy for other upcoming events of glycolysis. Sugar clevage fructose 1 6 biphosphate. During oxidation and ATP formation the 3 carbon molecule become oxidzed by the removal of H+. The inorganic groups are attached to the oxidized fragments by bonds that have large amounts of energy. They are cut off and capturing enough energu to create 4 ATP. Finally glycolysis ends with 2 pyruvic acid, 2 reducd NAD, and a total net gain of 2 ATP for each glucose molecule.
