What are energy-rich bonds called? Can hydrolysis simultaneously occur in two such bonds in one reaction? What are the substances formed during the hydrolysis of ATP with the removal of: a) one molecule of phosphoric acid, b) two molecules of phosphoric acid. Write the hydrolysis equations.
Energy-rich chemical bonds in the ATP molecule are called macroergic. No, it cannot. When one phosphoric acid residue is separated, ATP is converted to ADP (adsorbed diphosphoric acid), if another phosphoric acid residue is separated, then ADP is converted to AMP (adenosine monophosphoric acid), which is extremely rare. The place of the separated phosphoric acid residue is occupied by a water molecule. Each phosphoric acid residue is separated by enzymes, and 40 kJ are released (and about 12 kJ of energy are released when ordinary covalent bonds are broken).
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