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Model:

Name: Kofahl_2004_Yeast_Pheromone_Pathway
Description:
Keywords:
References:
  • Kofahl B, Klipp E. Modelling the dynamics of the yeast pheromone pathway. Yeast. 2004 Jul 30;21(10):831-50.


    • Comment:

    Reactants:
  • a
  • Ste5
  • Ste11
  • Ste7
  • Fus3
  • Ste2
  • Ste12
  • Ste20
  • Cdc28
  • Far1
  • Bar1
  • Bar1active
  • Bar1ex
  • Ste2active
  • Gbg
  • GaGTP
  • GaGDP
  • Sst2active
  • Fus3pp
  • Ste12active
  • Far1pp
  • Far1Ubiq
  • Gbg$GaGDP
  • Ste5$Ste11
  • Ste7$Fus3
  • Ste5$Ste11$Ste7$Fus3
  • Gbg$Ste5$Ste11$Ste7$Fus3
  • Ste20$Gbg$Ste5$Ste11$Ste7$Fus3
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7$Fus3
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7pp$Fus3
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7pp$Fus3pp
  • Ste20$Gbg$Ste5p$Ste11ppp$Ste7pp$Fus3pp
  • Ste20$Gbg$Ste5p$Ste11ppp$Ste7pp
  • Ste20$Gbg$Ste5p$Ste11ppp$Ste7pp$Fus3
  • Far1pp$Gbg
  • Far1pp$Cdc28
    • Reactions:
  • Far1 activation Math
  • Ste2active downregulation Math
  • Ste2 degradation Math
  • Sst2active degradation Math
  • Ste5$Ste11$Ste7$Fus3 Decomposition Math
  • Ste20$Gbg$Ste5$Ste11$Ste7$Fus3 Decomposition Math
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7$Fus3 Decomposition Math
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7pp$Fus3 Decomposition Math
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7$Fus3pp Decomposition Math
  • Fus3pp Release Math
  • Active Scaffold Decomposition Math
  • Ste5$Ste11 Ste7$Fus3 Composition Math
  • Gbg GaGDP Composition Math
  • Ste2 inactivation Math
  • Gbg activation Math
  • GaGTP inactivation Math
  • Ste11 activation Math
  • Ste7 activation Math
  • Fus3 activation Math
  • Ste5 P Math
  • Fus3 activation with active scaffold Math
  • Fus3pp Dephosphorylation Math
  • Ste12 activation Math
  • Ste12 activation reversed Math
  • Bar1 inactivation Math
  • Bar1active extracellular Math
  • Far1 inactivation Math
  • Ste5 Ste11 Composition Math
  • Ste7 Fus3 Composition Math
  • Gbg Ste5 scaffolding complex Math
  • Ste20 Gbg Ste5 scaffolding complex Math
  • Fus3 Binds/Released complex Math
  • Far1pp complexed with Gbg Math
  • Far1pp complexed with Cdc28 Math
  • a pheromone degradation Math
  • Ste2 activation Math
  • GaGTP catalyzed inactivation Math
  • Bar1 activation Math
  • Far1 Ubiquitination Math
  • Sst2activation Math
  • Sst2activation Bio
  • Ste5 Ste11 Composition Bio
  • Ste7 Fus3 Composition Bio
  • Gbg Ste5 scaffolding complex Bio
  • Ste20 Gbg Ste5 scaffolding complex Bio
  • Fus3 Binds/Released Bio
  • Far1pp complexed with Gbg Bio
  • Far1pp complexed with Cdc28 Bio
  • Ste2active downregulation Bio
  • Ste2 degradation Bio
  • Sst2active degradation Bio
  • Ste5$Ste11$Ste7$Fus3 Decomposition Bio
  • Ste20$Gbg$Ste5$Ste11$Ste7$Fus3 Decomposition Bio
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7$Fus3 Decomposition Bio
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7pp$Fus3 Decomposition Bio
  • Ste20$Gbg$Ste5$Ste11ppp$Ste7pp$Fus3pp Decomposition Bio
  • Fus3pp Release Bio
  • Active Scaffold Decomposition Bio
  • Ste5$Ste11 Ste7$Fus3 Composition Bio
  • Gbg GaGDP Composition Bio
  • Ste2 inactivation Bio
  • Gbg activation Bio
  • GaGTP inactivation Bio
  • Ste11 activation Bio
  • Ste7 activation Bio
  • Fus3 activation Bio
  • Ste5 P Bio
  • Fus3 activation with active scaffold Bio
  • Fus3pp Dephosphorylation Bio
  • Ste12 activation Bio
  • Bar1 inactivation Bio
  • Bar1active extracellular Bio
  • Far1 activation Bio
  • Far1 inactivation Bio
  • a pheromone degradation Bio
  • Ste2 activation Bio
  • GaGTP catalyzed inactivation Bio
  • Bar1 activation Bio
  • Far1 Ubiquitination Bio