Team:Aberdeen Scotland/parameters/invest 1

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== Dissociation Constants ==
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=== Introduction ===
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Our model uses hill kinetics; we have three repression hill functions of the form:
[[Image:Dissociation_Constants_Eq_1.gif|center]]
[[Image:Dissociation_Constants_Eq_1.gif|center]]
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[[Image:Dissociation_Connstants_Eq_2.gif|center]]
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-
[[Image:Dissociation_Connstants_Eq_3.gif|center]]
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It also has one activation hill function of the form:
-
[[Image:Dissociation_Connstants_Eq_4.gif|center]]
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-
[[Image:Dissociation_Connstants_Eq_5.gif|center]]
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[[Image:Dissociation_Constants_Eq_2.gif|center]]
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And one repression / induction hill function of the form
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[[Image:Dissociation_Constants_Eq_3.gif|center]]
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[[Image:Dissociation_Constants_Eq_4.gif|center]]
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[[Image:Dissociation_Constants_Eq_5.gif|center]]

Revision as of 10:31, 7 August 2009

University of Aberdeen iGEM 2009


Dissociation Constants

Introduction

Our model uses hill kinetics; we have three repression hill functions of the form:

Dissociation Constants Eq 1.gif

It also has one activation hill function of the form:

Dissociation Constants Eq 2.gif

And one repression / induction hill function of the form

Dissociation Constants Eq 3.gif
Dissociation Constants Eq 4.gif
Dissociation Constants Eq 5.gif


Parameter Value Value (molecules per cell) Description
KLacI 0.1 - 1 [pM] OR 800 [nM] 0.00004-0.0004 molecules OR 322 molecules LacI repressor dissociation constant