Medical Definition of High energy compounds

1. Classically, a group of phosphoric esters whose hydrolysis takes place with a standard free energy change of -5 to -15 kcal/mol (or, -20 to -63 kJ/mol) (in contrast to -1 to -4 kcal/mol or, -4 to -17 kJ/mol) for simple phosphoric esters like glucose-6-phosphate or alpha-glycerophosphates), thus being capable of driving energy-consuming reactions in living cells or reconstituted cell-free systems; adenosine 5'-triphosphate, with respect to the beta-and gamma-phosphates, is the best known and is regarded as the immediate energy source for most metabolic syntheses. The general types are acid anhydrides, phosphoric esters of enols, phosphamic acid (R-NH-PO3H2) derivatives, acyl thioesters (e.g., of coenzyme A), sulfonium compound's (R3-S+), and aminoacyl esters of ribosyl moieties. See: high energy phosphates. (05 Mar 2000)

High Energy Compounds Pictures

Click the following link to bring up a new window with an automated collection of images related to the term: High Energy Compounds Images

Lexicographical Neighbors of High Energy Compounds

high country
high court
high courts
high crime
high crimes
high culture
high definition
high density lipoprotein
high dependency unit
high dose tolerance
high dudgeon
high end
high endothelial postcapillary venules
high enema
high energy bond
high energy compounds (current term)
high energy particle generating unit
high energy phosphate bond
high energy phosphates
high energy physics
high explosive
high explosives
high extinction microscopy
high falutin
high fashion
high fidelity
high fidelity sound system
high finance
high five
high fived

Other Resources Relating to: High energy compounds

Search for High energy compounds on!Search for High energy compounds on!Search for High energy compounds on Google!Search for High energy compounds on Wikipedia!