
|
|
Dictionary » A » A-v dissociation A-v dissociationA-v dissociation --> atrioventricular dissociation Any situation in which atria and ventricles are activated and contract independently, as in [[complete A-v block]], more specifically, the dissociation between atria and ventricles that results from slowing of the atrial pacemaker or acceleration of the ventricular pacemaker at nearly equal (rarely equal) rates, each depolarising its own chamber, thus interfering with depolarisation by the other (interference-dissociation). ![]()
Please contribute to this project, if you have more information about this term feel free to edit this page ![]()
Results from our forumsurface plasmon resonance... actually used for what would I say...stuff like steepness of graph shows how fast binding occurs/height corresponds to how much is bound/rate of dissociation? Any help wld be great.. cheers, b_06er
See entire post
Exam... rid of their CO2 in a cyclic manner. What physiological processes are involved and what is the purpose of this adaptation? Next: Explain how the dissociation curve of Oxygen changes with changes in a) temperatur b) CO2 - consentration c) pH ? I'm a bit confused by this. I thought CO2 concentration ...
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 reaction. AB <--> A + B, Kd = [A][B]/[AB] or A + B <--> AB, Keq = 1/Kd = [AB]/[A][B] Either way, the constants are determined by the equilibrium ...
See entire post
Re: How do you calculate dissociation constant?Kd = ( [P] [ATP])/([P-ATP]) I’m assuming a 1:1 complex of protein with ATP. 10% of your ATP represents 10 mM of bound ATP. But that means that your bound protein concentration is also 10 mM (the bound protein and bound ATP concentrations have to be equal assuming a 1:1 stoichiometry of binding) leav...
See entire post
How do you calculate dissociation constant?How do you calculate the dissociation constant if 6 mM ATP is present in solution with 10 mM protein, and 20% of the ATP is bound to the protein???
See entire post
This page was last modified 23:46, 28 October 2006. This page has been accessed 3,876 times. |
© Biology-Online.org. All Rights Reserved.
Register | Login
| About Us | Contact Us | Link to Us | Disclaimer & Privacy
Science Network - Braintrack.com - University Directory | Chemicool.com - Chemistry