Models
Matrix analysis of E-cyano team 2017, clock & C-N metabolism
This page displays elementary flux modes analysis for selected model.
You can view information about desired mode clicking on it. Information about corresponding reactions will unfold.
You can also download SBRML file clicking on link below.
List of Matrix:
Reactions:
1 * KaiB tetramer complex activation, KaiB4i -> KaiB4; CPKaiC6
1 * KaiB tetramer complex inactivation, KaiB4 -> KaiB4i; PPKaiC6
1 * KaiB tetramer complex activation, KaiB4i -> KaiB4; CPKaiC6
1 * KaiB tetramer complex inactivation, KaiB4 -> KaiB4i; PPKaiC6
Reactions:
1 * Cnit output (Grimaud), Cnit ->
1 * Cnit input (Grimaud), -> Cnit; Cf
1 * Cnit output (Grimaud), Cnit ->
1 * Cnit input (Grimaud), -> Cnit; Cf
Reactions:
1 * Nr output (Grimaud), Nr -> ; Cr Cnit Nf
1 * Nr input (Grimaud), -> Nr; Cnit
1 * Nr output (Grimaud), Nr -> ; Cr Cnit Nf
1 * Nr input (Grimaud), -> Nr; Cnit
Reactions:
1 * Cf output (Grimaud), Cf ->
1 * Cf input (Grimaud), -> Cf; Cr Cnit Nr Nf
1 * Cf output (Grimaud), Cf ->
1 * Cf input (Grimaud), -> Cf; Cr Cnit Nr Nf
Reactions:
1 * Cr output (Grimaud), Cr -> ; Nr Nf Cnit Cf
1 * Cr input (Grimaud), -> Cr; Cf
1 * Cr output (Grimaud), Cr -> ; Nr Nf Cnit Cf
1 * Cr input (Grimaud), -> Cr; Cf
Reactions:
1 * kaiBC mRNA trascription, -> kaiBC_mRNA; PPKaiC6 CPKaiC6
1 * kaiBC mRNA degradation, kaiBC_mRNA ->
1 * kaiBC mRNA trascription, -> kaiBC_mRNA; PPKaiC6 CPKaiC6
1 * kaiBC mRNA degradation, kaiBC_mRNA ->
Reactions:
1 * kaiA mRNA transcription, -> kaiA_mRNA; PPKaiC6 CPKaiC6
1 * KaiAmRNA degradation, kaiA_mRNA ->
1 * kaiA mRNA transcription, -> kaiA_mRNA; PPKaiC6 CPKaiC6
1 * KaiAmRNA degradation, kaiA_mRNA ->
Reactions:
1 * KaiA dimer and KaiB-active tetramer formation, KaiB4 + KaiA2 = KaiA2B4
1 * KaiA dimer and KaiB-active tetramer dissociation, KaiA2B4 -> KaiB4 + KaiA2
1 * KaiA dimer and KaiB-active tetramer formation, KaiB4 + KaiA2 = KaiA2B4
1 * KaiA dimer and KaiB-active tetramer dissociation, KaiA2B4 -> KaiB4 + KaiA2
Reactions:
1 * KaiA dimer formation, 2 * KaiA -> KaiA2
1 * KaiA dimer dissociation, KaiA2 -> 2 * KaiA
1 * KaiA dimer formation, 2 * KaiA -> KaiA2
1 * KaiA dimer dissociation, KaiA2 -> 2 * KaiA
Reactions:
1 * KaiA translation, -> KaiA; kaiA_mRNA
1 * KaiA protein degradation, KaiA ->
1 * KaiA translation, -> KaiA; kaiA_mRNA
1 * KaiA protein degradation, KaiA ->
Reactions:
1 * KaiB-active tetramer formation, 4 * KaiB = KaiB4
1 * KaiB-active tetramer dissociation, KaiB4 -> 4 * KaiB
1 * KaiB-active tetramer formation, 4 * KaiB = KaiB4
1 * KaiB-active tetramer dissociation, KaiB4 -> 4 * KaiB
Reactions:
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
Reactions:
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
Reactions:
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
Reactions:
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
Reactions:
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
Reactions:
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
1 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
1 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
1 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
1 * KaiC protein degradation, KaiC ->
1 * KaiB protein degradation, KaiB ->
1 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
1 * KaiC protein degradation, KaiC ->
1 * KaiB protein degradation, KaiB ->
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
-1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dephosphorylation, CPKaiC6 -> PPKaiC6; KaiA2B4
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * completely phosphorylated KaiC hexameric complex auto-dephosphorylation, CPKaiC6 -> PPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex dephosphorylation, PPKaiC6 -> KaiC6; KaiA2B4
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * partially phosphorylated KaiC hexameric complex auto-dephosphorylation, PPKaiC6 -> KaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex dissociation, KaiC6 -> 6 * KaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-2 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-2 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-1 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-2 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
-2 * completely phosphorylated KaiC hexameric complex formation, 6 * PKaiC = CPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
2 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex phosphorylation, PPKaiC6 -> CPKaiC6; KaiA2
2 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
1 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
1 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
1 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
1 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
2 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * partially phosphorylated KaiC hexameric complex auto-phosphorylation, PPKaiC6 -> CPKaiC6
2 * completely phosphorylated KaiC hexameric complex dissociation, CPKaiC6 -> 6 * PKaiC
Reactions:
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
Reactions:
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex phosphorylation, KaiC6 -> PPKaiC6; KaiA2
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Reactions:
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
-2 * partially phosphorylated KaiC hexameric complex formation, 3 * PKaiC + 3 * KaiC = PPKaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
Reactions:
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
2 * KaiC hexameric complex formation, 6 * KaiC = KaiC6
6 * KaiB and KaiC translation, -> KaiC + KaiB; kaiBC_mRNA
6 * phosphorylated KaiC protein degradation, PKaiC ->
6 * KaiB protein degradation, KaiB ->
2 * KaiC hexameric complex auto-phosphorylation, KaiC6 -> PPKaiC6
2 * partially phosphorylated KaiC hexameric complex dissociation, PPKaiC6 -> 3 * PKaiC + 3 * KaiC
Analysis data: SBRML
Please use the following reference to cite this web site:
M. Trojak, D. Safranek, J. Hrabec, J. Salagovic, F. Romanovska, J. Cerveny: E-Cyanobacterium.org: A Web-Based Platform for Systems Biology of Cyanobacteria. In: Computational Methods in Systems Biology, CMSB 2016, Vol. 9859 of LNCS, pp. 316-322. Springer, 2016. DOI
M. Trojak, D. Safranek, J. Hrabec, J. Salagovic, F. Romanovska, J. Cerveny: E-Cyanobacterium.org: A Web-Based Platform for Systems Biology of Cyanobacteria. In: Computational Methods in Systems Biology, CMSB 2016, Vol. 9859 of LNCS, pp. 316-322. Springer, 2016. DOI