WOLFRAM SYSTEM MODELER

Ttrfafi

Tri-tri reversible forward activation, forward inhibition reaction

Wolfram Language

In[1]:=
SystemModel["BioChem.Reactions.MassAction.Reversible.TriTri.Ttrfafi"]
Out[1]:=

Parameters (10)

k1

Value: 1

Type: ReactionCoefficient

Description: Forward reaction coefficient for the reaction

k2

Value: 1

Type: ReactionCoefficient

Description: Backward reaction coefficient for the reaction

nS1e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to substrate 1

nS2e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to substrate 2

nS3e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to substrate 3

nP1e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to product 1

nP2e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to product 2

nP3e

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to product 3

nAFe

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to the forward activator

nIFe

Value: 1

Type: ReactionOrder

Description: Reaction order with respect to the forward inhibitor

Connectors (8)

s1

Type: SubstrateConnector

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

s2

Type: SubstrateConnector

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

s3

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)

p3

Type: ProductConnector

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

p2

Type: ProductConnector

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

aF1

Type: ActivatorConnector

Description: Connector between activators and reactions

iF1

Type: InhibitorConnector

Description: Connector between inhibitors and reactions