
|
|
Dictionary » E » Equilibrium constants Equilibrium constants(Science: chemistry) The ratio of the reverse and forward rate constants for a reaction of the type: a _ B = ab at equilibrium the equilibrium constant (K) equals the product of the concentrations of reactants divided by the concentration of product and has dimensions of concentration. kd = (concentration a.concentration B) / (concentration ab). The affinity constant (Ka) is the reciprocal of the equilibrium constant. Dimension: moles per litre. In general the concept of kd is more readily understood than that of Ka, for example: in considering the conversion of a to ab by the binding of ligand B, the kd = B when a = ab. Thus kd is equal to the ligand concentration which produces half maximal conversion (response). ![]()
Please contribute to this project, if you have more information about this term feel free to edit this page ![]()
Results from our forumRe: A biochemical question... any net change in product (or substrate) concentration. It is at an equilibrium point determined by the ratio of the microscopic rate constants and the amounts of enzyme and substrate/product in the system. When you add more ...
See entire post
Re: A biochemical question... and that will be determined by the ratio of the microscopic rate constants and the equilibrium product/substrate concentrations.
See entire post
How do you calculate dissociation constant?Kd is one form of an equilibrium constant. You can write a reaction as either a dissociation or association ... B, Kd = [A][B]/[AB] or A + B <--> AB, Keq = 1/Kd = [AB]/[A][B] Either way, the constants are determined by the equilibrium concentrations of the reactants and products. ...
See entire post
The Fiber Disease... to those found in biological fluid media may increase rate and equilibrium constants for self-association of a dilute reactive species by one or more orders of magnitude ...
See entire post
The Fiber Disease... magnetic fields can control biological spin-spin proton-proton coupling constants in DNA, RNA, RNA-transferases, and hydrons (H2)). Such spin-spin coupling constants can be stabilized at equilibrium, against the destabilizing external ELFm frequencies. Reference 3 shows ...
See entire post
This page was last modified 21:16, 3 October 2005. This page has been accessed 1,341 times. |
© Biology-Online.org. All Rights Reserved.
Register | Login
| About Us | Contact Us | Link to Us | Disclaimer & Privacy