The enzyme catalyzed the conversion of phosphoglycerate into pyruvate during glycolysis.

In glycolysis, phosphoglycerates act as key intermediates that shuttle high-energy phosphate groups between enzymes.

The phosphoglyceric intermediate played a key role in the metabolic pathway during the experiment.

During glycolysis, phosphoglycerate kinase catalyzes the transfer of a phosphate group between ATP and phosphoglycerate, helping to generate ATP.

Researchers measured the activity of phosphoglycerate kinases in the cell lysates to study glycolytic regulation.

During glycolysis, phosphoglyceric acid acts as an intermediate that transfers a phosphate group to ADP.

During glycolysis, phosphoglyceric acids act as intermediates that help transfer energy between enzymatic steps.

The researcher purified phosphoglyceratemutase to study its role in glycolysis.

Researchers measured how phosphoglyceratekinase activity changed under different pH conditions.

Comparative studies revealed that phosphoglyceratekinases from different species vary in their regulatory properties.