A model for its synthesis incorporates the tenets of catalytic cooperativity and rotational catalysis, which were formulated by Paul Boyer.  
A model for its synthesis incorporates the tenets of catalytic cooperativity and rotational catalysis, which were formulated by Paul Boyer.  This molecule binds to Walker A and Walker B motifs, and it can be synthesized via the binding change mechanism.  During the formation of pyrimidines, it joins with ribose 5-phosphate to form PRPP.  It is synthesized in the F0F1 complex, and it is catalyzed by dynein for use in flagella.  It is produced under low-oxygen conditions by substrate-level phosphorylation, as in the last three reactions of glycolysis.  FTP name this energy-carrying molecule produced by the electron-transport chain.
A model for its synthesis incorporates the tenets of catalytic cooperativity and rotational catalysis, which were formulated by Paul Boyer.  
ATP or adenosine triphosphate