See Also: high energy bond(medicine)
high energy phosphate bond(medicine)
high energy phosphates(medicine)
high energy compounds(medicine)
radiotherapy, high-energy(medicine)
bond energy(medicine)
high-energy shock waves(medicine)
bond dissociation energy(medicine)
energy-rich bond(medicine)
High grade bond(finance)

high energy bond (medicine)


high energy bond
<chemistry> Chemical bonds that release more than 25kJ/mol on hydrolysis: their importance is that the energy can be used to transfer the hydrolysed residue to another compound. The risk in using the term is that students may think the bond itself is different in some way, whereas it is the compound that matters. Hydrolysis of creatine phosphate yields 42.7kJ/mol, of phosphoenolpyruvate, 53.2, ATP to ADP, 30.5: the latter is important because it shows that energetically the hydrolysis of creatine phosphate will suffice to reconstitute ATP, hence the use of creatine phosphate in muscle.