The fact that acid-anhydride bonds are less stable than ester helps explain the fact that the bond between the: alpha-ph
Posted: Sat Jul 02, 2022 9:54 pm
The fact that acid-anhydride bonds are less stable than esterhelps explain the fact that the bond between the:
alpha-phosphoryl group and the hydroxyl at the 5' position inATP is a high=energy bond.
beta and gamma-phosphoryl groups in ATP is a high-energy bond,but not the bond between the alpha-and beta-phosporyl groups
beta and gamma -phosphoryl groups in ATP is a high-energy bond,but not the bond between the alph-phosphoryl group and hydroxyl ofribose.
phosphoric group and and the hydroxyl at the C-3 position in3-phosphoglycerate is a high-energy bond.
alpha-phosphoryl group and the hydroxyl at the 5' position inATP is a high=energy bond.
beta and gamma-phosphoryl groups in ATP is a high-energy bond,but not the bond between the alpha-and beta-phosporyl groups
beta and gamma -phosphoryl groups in ATP is a high-energy bond,but not the bond between the alph-phosphoryl group and hydroxyl ofribose.
phosphoric group and and the hydroxyl at the C-3 position in3-phosphoglycerate is a high-energy bond.