and adenosine triphosphate or ATP. Glycolysis involves the ten definite steps of reaction with ten intermediate compounds and every individual reaction requires two intermediate compounds. All intermediates provide entry points to glycolysis. Fructose, galactose and glucose and various monosaccharides can be shifted into intermediate compounds. Intermediates can also be useful individually just like di-hydroxyl-acetone phosphate which is combined with fatty acids to form fats.

 

 

You can find out diagrams and chart to see this metabolic pathway functioning and all intermediate compounds with a reaction of on intermediate at time. Glycolysis is considered to be one of the archetypes of a universal metabolic pathway. It founds to be occur in all forms of life almost, in all aerobic as well as anaerobic. This can also provide that glycolysis is one of the oldest metabolic pathways present since ancient times.

 

 

The first five phases of overall ten steps done in glycolysis are known as preparatory steps which works to consume energy and convert it into two-three carbon sugar phosphates known as G3P. The last five are known as pay off phase. They are characterized by net gain of NADH and ATP. Each reaction in pay off phase occurs with twice glucose and yielding 2 ATP and 4 NADH.

Glycolysis can also be regulated in bodies by speeding up or speeding down the intermediate reactions. The changes in free energy can also be calculated using chemical studies formulae. You can also find number of nomenclature of glycolysis. Glycolysis is also found in various diseases like genetic diseases, tumors or cancers and Alzheimer diseases.