In its second step a reversible isomerization occurs, moving the carbonyl oxygen from carbon 1 to carbon 2 in the central compound.
In its second step a reversible isomerization occurs, moving the carbonyl oxygen from carbon 1 to carbon 2 in the central compound. Its penultimate step sees the removal of water to create a high-energy enol linkage, while it is the third step in which the entry of sugars is controlled, through the regulation of phosphofructokinase. Other involved enzymes include aldolase and hexokinase. Its anaerobic variety does not end with the production of two molecules of pyruvate. FTP, name this process that produces two molecules of ATP from the breakdown of glucose.
In its second step a reversible isomerization occurs, moving the carbonyl oxygen from carbon 1 to carbon 2 in the central compound.
{glycolysis}