ATP bind site of phosphoglycerate kinase

ATP bind site of phosphoglycerate kinase

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Credit: OXFORD MOLECULAR BIOPHYSICS LABORATORY/ SCIENCE PHOTO LIBRARY

Caption: Computer graphics image of an ATP molecule bound to phosphoglycerate kinase, a glycolytic enzyme. In glycolysis, glucose is converted to pyruvate with the production of ATP: in other words, a catabolic reaction provides metabolic energy (as ATP) at the expense of the degradation of food molecules (glucose). Kinase enzymes catalyse the transfer of phosphoryl groups from one substrate (usually ATP) to another. In this example of horse phosphoglycerate kinase, the alpha carbon backbone appears as a green ribbon. The ATP molecule is indicated in red with a purple Van der Waal's (bonding) surface.

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Keywords: atp, binding domain, catabolic metabolism, catabolic reactio, chemical, chemistry, compound, compounds, energy, enzyme, enzyme binding domain, enzyme of, enzymes, glycoly, glycolyis enzyme, glycolysis, metabolic energy, metabolism, molecule, molecules, phosphoglycerate kinase, substrate

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