The first step in the in vivo (in the body) synthesis of chiral derivatives from the achiral glycerol involves the phosphorylation of the OH on C3 by ATP (a phosphoanhydride similar in structure to ac...The first step in the in vivo (in the body) synthesis of chiral derivatives from the achiral glycerol involves the phosphorylation of the OH on C3 by ATP (a phosphoanhydride similar in structure to acetic anhydride, an excellent acetylating agent) to produce the chiral molecule glycerol phosphate.
The first step in the in vivo (in the body) synthesis of chiral derivatives from the achiral glycerol involves the phosphorylation of the OH on C3 by ATP (a phosphoanhydride similar in structure to ac...The first step in the in vivo (in the body) synthesis of chiral derivatives from the achiral glycerol involves the phosphorylation of the OH on C3 by ATP (a phosphoanhydride similar in structure to acetic anhydride, an excellent acetylating agent) to produce the chiral molecule glycerol phosphate.
Glycerophospholipids are defined, and classification, structural features, and their role in snake poisoning and infant respiratory distress syndrome are described that allow them to organize into lip...Glycerophospholipids are defined, and classification, structural features, and their role in snake poisoning and infant respiratory distress syndrome are described that allow them to organize into lipid bilayers in the watery environment of cells.
