WOLFRAM SYSTEM MODELER

Uur

Uni-uni reversible reaction

Wolfram Language

In[1]:=
SystemModel["BioChem.Interfaces.Reactions.Uur"]
Out[1]:=

Information

Uni-uni reversible reaction

Connectors (2)

s1

Type: SubstrateConnector

Description: Connector between substances and reactions (substrate side of reaction)

p1

Type: ProductConnector

Description: Connector between substances and reactions (product side of reaction)

Extended by (32)

Uhmr

BioChem.Reactions.HyperbolicModifier

Reversible general hyperbolic modifier kinetics

Uucr

BioChem.Reactions.Inhibition

Uncompetitive inhibition (reversible)

Umr

BioChem.Reactions.Inhibition

Reversible mixed inhibition kinetics

Unir

BioChem.Reactions.Inhibition

Non-competitive inhibition (reversible)

Ucir

BioChem.Reactions.Inhibition

Competitive inhibition (reversible)

Usir

BioChem.Reactions.Inhibition

Reversible substrate inhibition kinetics

Umar

BioChem.Reactions.Activation

Reversible mixed activation kinetics

Uctr

BioChem.Reactions.Activation

Reversible catalytic activation

Uar

BioChem.Reactions.Activation

Reversible specific activation kinetics

Hillmmr

BioChem.Reactions.Hill

Reversible Hill kinetics with two modifiers

Hillmr

BioChem.Reactions.Hill

Reversible Hill kinetics with one modifier

Hillr

BioChem.Reactions.Hill

Reversible Hill kinetics

Isouur

BioChem.Reactions.MichaelisMenten

Uni-uni reversible Michaelis-Menten with isoinhibition

Uuhr

BioChem.Reactions.MichaelisMenten

Uni-uni reversible simple Michaelis-Menten with Haldane adjustment

Uur

BioChem.Reactions.MichaelisMenten

Uni-uni reversible simple Michaelis-Menten

Uurfafibabi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, forward inhibition, backward activation, backward inhibition reaction

Uurfibabi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward inhibition, backward activation, backward inhibition reaction

Uurfafibi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, forward inhibition, backward inhibition reaction

Uurfafiba

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, forward inhibition, backward activation reaction

Uurfababi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, backward activation, backward inhibition reaction

Uurfibi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward inhibition, backward inhibition reaction

Uurfiba

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward inhibition, backward activation reaction

Uurfafi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, forward inhibition reaction

Uurfabi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, backward inhibition reaction

Uurfaba

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation, backward activation reaction

Uurbabi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible backward activation, backward inhibition reaction

Uurfi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward inhibition reaction

Uurfa

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible forward activation reaction

Uurbi

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible backward inhibition reaction

Uurba

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible backward activation reaction

Uur

BioChem.Reactions.MassAction.Reversible.UniUni

Uni-uni reversible reaction

IRS1dynamics

BioChem.Examples.InsulinSignaling.CustomReactions

Reaction describing the dynamics of IRS1