Instead of drawing energy from fatty acids, they rely more on an anaerobic process called glycolysis -- literally, the 'splitting of sugars'. If the heart muscle cells can access fructose in ...

Glycolysis has reversed from an energy-producing to an energy-consuming process. What's more, the lack of energy further ...

and glycolysis, contributing to metabolic disturbances. Excess fructose, particularly from high-dose consumption every day with processed foods and sugary drinks, overwhelms the small intestine's ...

Fructose is added to many of our foods and ... “While other tissues increase glycolysis to compensate for the reduced ATP, in neurons glucose is directed to the pentose phosphate shunt to ...

A study published last week in the journal Philosophical Transactions found that fructose intake fuels obesity and conditions such as diabetes and fatty liver disease. The World Health ...

Glycolysis is a term used to describe the metabolic ... transforms the glucose-6-phosphate into an isomer, fructose-6-phosphate. 3. Phosphate ester synthesis: An endothermic reaction catalyzed ...