Reaction Rate Math - Revision history

Bradley Monk at 13:51, 7 October 2016

2016-10-07T13:51:03Z

← Older revision		Revision as of 06:51, 7 October 2016
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	The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.		The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.

	association rate: <code> k<sub>on</sub> </code> or <code> k<sup>+</sup> </code>		association rate: <code> k<sub>on</sub> </code> or <code> k<sup>+</sup> </code> µM<sup>-1</sup>s<sup>-1</sup>

	dissociation rate: <code> k<sub>off</sub> </code> or <code> k<sup>-</sup> </code>		dissociation rate: <code> k<sub>off</sub> </code> or <code> k<sup>-</sup> </code> s<sup>-1</sup>

	The affinity of this binding is:		The affinity of this binding is:

Bradley Monk at 13:46, 7 October 2016

2016-10-07T13:46:36Z

← Older revision		Revision as of 06:46, 7 October 2016
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	The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.		The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.

	* '''association rate~~'''~~: <code> k<sub>on</sub~~> , k<sup>+</sup~~> </code>		association rate: <code> k<sub>on</sub> </code> or <code> k<sup>+</sup> </code>
	* '''dissociation rate''': <code> ~~k<sub>off</sub> ,~~ k<sup>-</sup> </code>

			dissociation rate: <code> k<sub>off</sub> </code> or <code> k<sup>-</sup> </code>

			The affinity of this binding is:

			affinity constant: K<sub>A</sub> = 1 / K<sub>D</sub> = k<sub>on</sub> / k<sub>off</sub>

			Binding is reversible, with a dissociation constant of:

			dissociation constant: K<sub>D</sub> = 1 / K<sub>A</sub> = k<sub>off</sub> / k<sub>on</sub>

Bradley Monk at 13:37, 7 October 2016

2016-10-07T13:37:39Z

← Older revision		Revision as of 06:37, 7 October 2016
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	The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.		The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.

	* association rate: k<sub>on</sub> k<sup>+</sup>		* '''association rate''': <code> k<sub>on</sub> , k<sup>+</sup> </code>
			* '''dissociation rate''': <code> k<sub>off</sub> , k<sup>-</sup> </code>


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			[[Category:Math]][[Category:Neurobiology]][[Category:Computational Neuroscience]]
	[[Category:Math]][[Category:Neurobiology]][[Computational Neuroscience]]

Bradley Monk: Created page with "The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent part..."

2016-10-07T13:35:21Z

Created page with "The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent part..."

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The rate at which molecules interact to form a bound complex is called the ''association rate''; conversely the rate at which a bound complex breaks down into constituent parts is called the ''dissociation rate''.

* association rate: k<sub>on</sub> k<sup>+</sup>

[[Category:Math]][[Category:Neurobiology]][[Computational Neuroscience]]