Identifiers
Ataxia telangiectasia mutated
HUGO:ATM HGNC:795 ENTREZ:472 UNIPROT:Q13315 GENECARDS:ATM REACTOME:85553 KEGG:472 ATLASONC:ATM123 WIKI:ATM
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ MITOCH_METABOLISM ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ S_PHASE_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Cell cycle
/ CYCLINB ![]()
Cell cycle
/ E2F1 ![]()
Survival
/ MAPK ![]()
References
c_re141( Cell cycle
):
PMID:15829956, PMID:15140942
Auto-phosphorylation catalysed by E2F1
PMID:15024084
Autophosphorylation of ATM within dimeric ATM complexes
PMID:12556884
c_re158( Cell cycle
):
MDM2 phosphorylation by ATM inhibits its interaction with p53
PMID:15140942
Phosphorylation at Ser395
PMID:11331603
c_re159:( Cell cycle
) PMID:12814430, PMID:12861053
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Identifiers
Ataxia telangiectasia and Rad3 related
HUGO:ATR HGNC:882 ENTREZ:545 UNIPROT:Q13535 GENECARDS:ATR REACTOME:405632 KEGG:545 ATLASONC:ATRID728ch3q23 WIKI:ATR
Maps_Modules
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ S_PHASE_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Cell cycle
/ E2F1 ![]()
References
c_re132( Cell cycle
):
PMID:15024084
ATM phosphorylates p53 in case of DNA double-strand breaks. ATR phosphorylates p53 in case of other types of DNA damages.
PMID:15140942
E2F1 stimulates ATM to phosphorylate p53 (and Chk2)
PMID:15140942, PMID:9843217, PMID:9733515, PMID:9733514
c_re142( Cell cycle
):
Phosphorylation by ATR at Ser-317 et Ser-345
PMID:15190204, PMID:10859163, PMID:11090622, PMID:11390642, PMID:15279789, PMID:12781359, PMID:15272308, PMID:12766152, PMID:16431910, PMID:10859164, PMID:16360315
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Identifiers
Cyclin-dependent kinase 2
HUGO:CDK2 HGNC:1771 ENTREZ:1017 UNIPROT:P24941 GENECARDS:CDK2 REACTOME:87018 KEGG:1017 ATLASONC:GC_CDK2 WIKI:CDK2
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
Cell cycle
/ CYCLINA ![]()
Cell cycle
/ CYCLINE ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Identifiers
NAME:CDK2:CyclinA*
Maps_Modules
Cell cycle
/ APC ![]()
Cell cycle
/ CYCLINA ![]()
References
c_re310( Cell cycle
):
CDK activity activated by its phosphorylation by CAK-complex
PMID:11959850
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re258( Cell cycle
):
PMID:10548110
CYCLINB phosphorylates CDH1
PMID:11598127
Confidence
REF=5 FUNC=5
Identifiers
CHK2 checkpoint homolog (S. pombe)
HUGO:CHEK2 HGNC:16627 ENTREZ:11200 UNIPROT:O96017 GENECARDS:CHEK2 REACTOME:87288 KEGG:11200 ATLASONC:CHEK2ID312 WIKI:CHEK2
Maps_Modules
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ S_PHASE_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Cell cycle
/ CDC25 ![]()
References
c_re130( Cell cycle
):
Phosphorylation initiated by E2F1.
PMID:15024084
E2F1 stimulates ATM to phosphorylate p53 (and Chk2)
PMID:15140942, PMID:12773400, PMID:10973490
c_re132( Cell cycle
):
ATM phosphorylates p53 in case of DNA double-strand breaks. ATR phosphorylates p53 in case of other types of DNA damages.
PMID:15140942
PMID:15140942, PMID:9843217, PMID:9733515, PMID:9733514
c_re135:( Cell cycle
) PMID:15024084, PMID:15140942
c_re265( Cell cycle
):
Inactivated by phosphorylation by CHEK1 and CHEK2
PMID:12478465, PMID:12814430, PMID:9278512, PMID:9836640, PMID:9889122
Phosphorylation by CYCLINB-CDC2
PMID:11313986
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Identifiers
CHK2 checkpoint homolog (S. pombe)
HUGO:CHEK2 HGNC:16627 ENTREZ:11200 UNIPROT:O96017 GENECARDS:CHEK2 REACTOME:87288 KEGG:11200 ATLASONC:CHEK2ID312 WIKI:CHEK2
Maps_Modules
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ S_PHASE_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Cell cycle
/ CDC25 ![]()
References
c_re130( Cell cycle
):
Phosphorylation initiated by E2F1.
PMID:15024084
E2F1 stimulates ATM to phosphorylate p53 (and Chk2)
PMID:15140942, PMID:12773400, PMID:10973490
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Identifiers
Cyclin A1
HUGO:CCNA1 HGNC:1577 ENTREZ:8900 UNIPROT:P78396 GENECARDS:CCNA1 REACTOME:87205 ATLASONC:CCNA1ID949ch13q13 WIKI:CCNA1
Cyclin A2
HUGO:CCNA2 HGNC:1578 ENTREZ:890 UNIPROT:P20248 GENECARDS:CCNA2 REACTOME:87208 KEGG:890 ATLASONC:GC_CCNA2 WIKI:CCNA2
Maps_Modules
Cell cycle
/ CYCLINA ![]()
References
degraded by the ubiquitin-proteasome system.
PMID:9736735
Degraded by APC/Cyclosome
PMID:16123593, PMID:15558010
Ubiquitination at Lys-37, Lys-54 et Lys-68
PMID:16123593
Identifiers
NAME:CDK2:CyclinA*
Maps_Modules
Cell cycle
/ APC ![]()
Cell cycle
/ CYCLINA ![]()
References
c_re310( Cell cycle
):
CDK activity activated by its phosphorylation by CAK-complex
PMID:11959850
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re258( Cell cycle
):
PMID:10548110
CYCLINB phosphorylates CDH1
PMID:11598127
Confidence
REF=5 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
References
c_re2:( Cell cycle
) PMID:8832394
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
References
c_re2:( Cell cycle
) PMID:8832394
c_re271( Cell cycle
):
Competition between ARF and E2F1 to bind DP1.
PMID:16135794
ARF relocalize DP1 from the cytoplasm to the nucleolus
PMID:12446760
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
References
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Confidence
REF=5 FUNC=4
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1:TOPBP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=1 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=3 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
Confidence
REF=4 FUNC=4
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Confidence
REF=1 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re323( Cell cycle
):
pRB phosphorylation
PMID:9315635, PMID:12006580
Brg1 phosphorylation
PMID:11420722
Brg1 (in the SWI/SNF complex) and pRB are phosphorylated, simultaneously with the complex dissociation. Phosphorylation of pRB
Phosphorylation of Brg1 (SWI/SNF complex)
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
Confidence
REF=3 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=2 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
c_re292:( Cell cycle
) PMID:10753885
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=4 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re112( Cell cycle
):
PMID:15126619
PMID:15838516
The recruitment of SWI/SNF seems to be necessary for the recrutement de HDAC1
PMID:11420729
PMID:15105433
Confidence
REF=1 FUNC=5
Identifiers
Transcription factor Dp-1
HUGO:TFDP1 HGNC:11749 ENTREZ:7027 UNIPROT:Q14186 GENECARDS:TFDP1 REACTOME:103193 KEGG:7027 ATLASONC:GC_TFDP1 WIKI:TFDP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F6 ![]()
Identifiers
NAME:DP1*:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re271( Cell cycle
):
Competition between ARF and E2F1 to bind DP1.
PMID:16135794
ARF relocalize DP1 from the cytoplasm to the nucleolus
PMID:12446760
c_re268( Cell cycle
):
Cell cycle inhibition by sequestration of DP1 in the nucleolus.
Confidence
REF=2 FUNC=4
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
References
c_re317( Cell cycle
):
Phosphorylation at the Ser-403 in S phase by the TFIIH kinase targets E2F1 for its rapid ubiquitination and degradation through the ubiquitin-proteasome pathway.
PMID:15123636
Phosphorylation at Ser-403 and Thr-433 by the basal TF TFHII triggers E2F1 degradation.
PMID:16213134
c_re318( Cell cycle
):
Degradation depends upon ubiquitination. E3: F-box protein p45Skp2
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
References
c_re98( Cell cycle
):
E2F1 deacetylated by pRB/HDAC
PMID:15126619
Deacetylation by HDAC1
PMID:10753885
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
References
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
c_re98( Cell cycle
):
E2F1 deacetylated by pRB/HDAC
PMID:15126619
Deacetylation by HDAC1
PMID:10753885
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
References
c_re2:( Cell cycle
) PMID:8832394
c_re275( Cell cycle
):
E2F1 sequestrated by ARF in the nucleolus.
PMID:16135794, PMID:12446760
c_re276( Cell cycle
):
p14ARF induce the degradation of E2F1, E2F2 and E2F3 via the proteasome
PMID:11274364
c_re317( Cell cycle
):
Phosphorylation at the Ser-403 in S phase by the TFIIH kinase targets E2F1 for its rapid ubiquitination and degradation through the ubiquitin-proteasome pathway.
PMID:15123636
Phosphorylation at Ser-403 and Thr-433 by the basal TF TFHII triggers E2F1 degradation.
PMID:16213134
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Confidence
REF=5 FUNC=4
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1:TOPBP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=1 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=3 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:E2F1:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re275( Cell cycle
):
E2F1 sequestrated by ARF in the nucleolus.
PMID:16135794, PMID:12446760
c_re273( Cell cycle
):
PMID:16135794
PMID:12446760
Confidence
REF=2 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
Confidence
REF=4 FUNC=4
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Confidence
REF=1 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re323( Cell cycle
):
pRB phosphorylation
PMID:9315635, PMID:12006580
Brg1 phosphorylation
PMID:11420722
Brg1 (in the SWI/SNF complex) and pRB are phosphorylated, simultaneously with the complex dissociation. Phosphorylation of pRB
Phosphorylation of Brg1 (SWI/SNF complex)
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
Confidence
REF=3 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=2 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
c_re292:( Cell cycle
) PMID:10753885
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=4 FUNC=5
Identifiers
E2F transcription factor 1
HUGO:E2F1 HGNC:3113 ENTREZ:1869 UNIPROT:Q01094 GENECARDS:E2F1 REACTOME:89561 KEGG:1869 ATLASONC:E2F1ID40382ch20q11 WIKI:E2F1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Survival
/ PI3K_AKT_MTOR ![]()
Survival
/ WNT_CANONICAL ![]()
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re112( Cell cycle
):
PMID:15126619
PMID:15838516
The recruitment of SWI/SNF seems to be necessary for the recrutement de HDAC1
PMID:11420729
PMID:15105433
Confidence
REF=1 FUNC=5
Identifiers
Histone deacetylase 1
HUGO:HDAC1 HGNC:4852 ENTREZ:3065 UNIPROT:Q13547 GENECARDS:HDAC1 REACTOME:56408 KEGG:3065 ATLASONC:GC_HDAC1 WIKI:HDAC1
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ E2F4 ![]()
Cell cycle
/ RB ![]()
Survival
/ HEDGEHOG ![]()
References
c_re290( Cell cycle
):
PMID:12006580
PMID:15769944
c_re298( Cell cycle
):
Phosphorylation of pRB
PMID:9315635
dissociation of HDAC1 (during the G1 to S transition)
PMID:10778858, PMID:11520855, PMID:7736585, PMID:9425340, PMID:9190208
c_re31:( Cell cycle
) PMID:10964686
c_re98( Cell cycle
):
E2F1 deacetylated by pRB/HDAC
PMID:15126619
Deacetylation by HDAC1
PMID:10753885
c_re112( Cell cycle
):
PMID:15838516
The recruitment of SWI/SNF seems to be necessary for the recrutement de HDAC1
PMID:11420729
PMID:15105433
Identifiers
K(lysine) acetyltransferase 2B
HUGO:KAT2B HGNC:8638 ENTREZ:8850 UNIPROT:Q92831 GENECARDS:KAT2B REACTOME:61366 KEGG:8850 ATLASONC:GC_KAT2B WIKI:KAT2B
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Survival
/ WNT_CANONICAL ![]()
References
In reality, many kinds of histone acetyltransferases: p300 (EP300) + CBP (CREBBP) + PCAF + GCN5(GCN5L2), or the Tip60 complex: Tip60(HTATIP) + TRRAP + p400(EP400) + Tip48(RUVBL2) + Tip49(RUVBL1)
PMID:15121871
References
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Identifiers
K(lysine) acetyltransferase 2B
HUGO:KAT2B HGNC:8638 ENTREZ:8850 UNIPROT:Q92831 GENECARDS:KAT2B REACTOME:61366 KEGG:8850 ATLASONC:GC_KAT2B WIKI:KAT2B
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Survival
/ WNT_CANONICAL ![]()
References
In reality, many kinds of histone acetyltransferases: p300 (EP300) + CBP (CREBBP) + PCAF + GCN5(GCN5L2), or the Tip60 complex: Tip60(HTATIP) + TRRAP + p400(EP400) + Tip48(RUVBL2) + Tip49(RUVBL1)
PMID:15121871
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Confidence
REF=5 FUNC=4
Identifiers
K(lysine) acetyltransferase 2B
HUGO:KAT2B HGNC:8638 ENTREZ:8850 UNIPROT:Q92831 GENECARDS:KAT2B REACTOME:61366 KEGG:8850 ATLASONC:GC_KAT2B WIKI:KAT2B
Maps_Modules
EMT
/ EMT_REGULATORS ![]()
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Survival
/ WNT_CANONICAL ![]()
References
In reality, many kinds of histone acetyltransferases: p300 (EP300) + CBP (CREBBP) + PCAF + GCN5(GCN5L2), or the Tip60 complex: Tip60(HTATIP) + TRRAP + p400(EP400) + Tip48(RUVBL2) + Tip49(RUVBL1)
PMID:15121871
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
Confidence
REF=4 FUNC=4
Identifiers
Retinoblastoma 1
HUGO:RB1 HGNC:9884 ENTREZ:5925 UNIPROT:P06400 GENECARDS:RB1 REACTOME:62886 KEGG:5925 ATLASONC:RB1ID90 WIKI:RB1
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
Inhibition of E2F binding by phosphorylation at several of the 7 C-terminal sites or at one of the two serines 807 and 811.
PMID:9315635
References
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
c_re35( Cell cycle
):
PMID:8380224
PMID:9315635
PMID:10773440
Identifiers
Retinoblastoma 1
HUGO:RB1 HGNC:9884 ENTREZ:5925 UNIPROT:P06400 GENECARDS:RB1 REACTOME:62886 KEGG:5925 ATLASONC:RB1ID90 WIKI:RB1
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
Inhibition of E2F binding by phosphorylation at several of the 7 C-terminal sites or at one of the two serines 807 and 811.
PMID:9315635
References
c_re35( Cell cycle
):
PMID:8380224
PMID:9315635
PMID:10773440
Identifiers
Retinoblastoma 1
HUGO:RB1 HGNC:9884 ENTREZ:5925 UNIPROT:P06400 GENECARDS:RB1 REACTOME:62886 KEGG:5925 ATLASONC:RB1ID90 WIKI:RB1
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
Inhibition of E2F binding by phosphorylation at several of the 7 C-terminal sites or at one of the two serines 807 and 811.
PMID:9315635
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re323( Cell cycle
):
pRB phosphorylation
PMID:9315635, PMID:12006580
Brg1 phosphorylation
PMID:11420722
Brg1 (in the SWI/SNF complex) and pRB are phosphorylated, simultaneously with the complex dissociation. Phosphorylation of pRB
Phosphorylation of Brg1 (SWI/SNF complex)
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
Confidence
REF=3 FUNC=5
Identifiers
Retinoblastoma 1
HUGO:RB1 HGNC:9884 ENTREZ:5925 UNIPROT:P06400 GENECARDS:RB1 REACTOME:62886 KEGG:5925 ATLASONC:RB1ID90 WIKI:RB1
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
DNA repair
/ G1_CC_PHASE ![]()
DNA repair
/ S_CC_PHASE ![]()
DNA repair
/ G1_S_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
Inhibition of E2F binding by phosphorylation at several of the 7 C-terminal sites or at one of the two serines 807 and 811.
PMID:9315635
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re112( Cell cycle
):
PMID:15126619
PMID:15838516
The recruitment of SWI/SNF seems to be necessary for the recrutement de HDAC1
PMID:11420729
PMID:15105433
Confidence
REF=1 FUNC=5
Identifiers
General transcription factor IIH, polypeptide 1, 62kDa
HUGO:GTF2H1 HGNC:4655 ENTREZ:2965 UNIPROT:P32780 GENECARDS:GTF2H1 REACTOME:65913 KEGG:2965 ATLASONC:GC_GTF2H1 WIKI:GTF2H1
General transcription factor IIH, polypeptide 2, 44kDa
HUGO:GTF2H2 HGNC:4656 ENTREZ:2966 UNIPROT:Q13888 GENECARDS:GTF2H2 REACTOME:65915 KEGG:2966 ATLASONC:GC_GTF2H2 WIKI:GTF2H2
General transcription factor IIH, polypeptide 2B
HUGO:GTF2H2B HGNC:31393 ENTREZ:653238 GENECARDS:GTF2H2B ATLASONC:GC_GTF2H2B WIKI:GTF2H2B
General transcription factor IIH, polypeptide 2C
HUGO:GTF2H2C HGNC:31394 ENTREZ:728340 UNIPROT:Q6P1K8 GENECARDS:GTF2H2C ATLASONC:GC_GTF2H2C WIKI:GTF2H2C HUGO:GTF2H2D HGNC:35418 ENTREZ:730394 UNIPROT:Q6P1K8 GENECARDS:GTF2H2D ATLASONC:GC_GTF2H2D WIKI:GTF2H2D
General transcription factor IIH, polypeptide 2D
HUGO:GTF2H2D HGNC:35418 ENTREZ:730394 UNIPROT:Q6P1K8 GENECARDS:GTF2H2D ATLASONC:GC_GTF2H2D WIKI:GTF2H2D HUGO:GTF2H2C HGNC:31394 ENTREZ:728340 UNIPROT:Q6P1K8 GENECARDS:GTF2H2C ATLASONC:GC_GTF2H2C WIKI:GTF2H2C
General transcription factor IIH, polypeptide 3, 34kDa
HUGO:GTF2H3 HGNC:4657 ENTREZ:2967 UNIPROT:Q13889 GENECARDS:GTF2H3 REACTOME:65917 KEGG:2967 ATLASONC:GC_GTF2H3 WIKI:GTF2H3
General transcription factor IIH, polypeptide 4, 52kDa
HUGO:GTF2H4 HGNC:4658 ENTREZ:2968 UNIPROT:Q92759 GENECARDS:GTF2H4 REACTOME:65919 KEGG:2968 ATLASONC:GC_GTF2H4 WIKI:GTF2H4
General transcription factor IIH, polypeptide 5
HUGO:GTF2H5 HGNC:21157 ENTREZ:404672 UNIPROT:Q6ZYL4 GENECARDS:GTF2H5 KEGG:404672 ATLASONC:GC_GTF2H5 WIKI:GTF2H5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re317( Cell cycle
):
Phosphorylation at the Ser-403 in S phase by the TFIIH kinase targets E2F1 for its rapid ubiquitination and degradation through the ubiquitin-proteasome pathway.
PMID:15123636
Phosphorylation at Ser-403 and Thr-433 by the basal TF TFHII triggers E2F1 degradation.
PMID:16213134
Identifiers
Topoisomerase (DNA) II binding protein 1
HUGO:TOPBP1 HGNC:17008 ENTREZ:11073 UNIPROT:Q92547 GENECARDS:TOPBP1 KEGG:11073 ATLASONC:GC_TOPBP1 WIKI:TOPBP1
Maps_Modules
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
References
TopBP1 contains 8 BRCT (BRCA1 carboxyl-terminal) motives.
PMID:12697828, PMID:15140942
References
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Identifiers
Topoisomerase (DNA) II binding protein 1
HUGO:TOPBP1 HGNC:17008 ENTREZ:11073 UNIPROT:Q92547 GENECARDS:TOPBP1 KEGG:11073 ATLASONC:GC_TOPBP1 WIKI:TOPBP1
Maps_Modules
DNA repair
/ G2_M_CHECKPOINT ![]()
Cell cycle
/ E2F1 ![]()
References
TopBP1 contains 8 BRCT (BRCA1 carboxyl-terminal) motives.
PMID:12697828, PMID:15140942
Identifiers
NAME:DP1*:E2F1:TOPBP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=1 FUNC=5
Identifiers
cyclin-dependent kinase inhibitor 2A (melanoma, p16, inhibits CDK4)
HUGO:CDKN2A HGNC:1787 ENTREZ:1029 UNIPROT:P42771 GENECARDS:CDKN2A REACTOME:87039 KEGG:1029 ATLASONC:CDKN2aID146 WIKI:CDKN2A
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
Apoptosis
/ HIF1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Identifiers
cyclin-dependent kinase inhibitor 2A (melanoma, p16, inhibits CDK4)
HUGO:CDKN2A HGNC:1787 ENTREZ:1029 UNIPROT:P42771 GENECARDS:CDKN2A REACTOME:87039 KEGG:1029 ATLASONC:CDKN2aID146 WIKI:CDKN2A
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
Apoptosis
/ HIF1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Identifiers
NAME:E2F1:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re275( Cell cycle
):
E2F1 sequestrated by ARF in the nucleolus.
PMID:16135794, PMID:12446760
c_re273( Cell cycle
):
PMID:16135794
PMID:12446760
Confidence
REF=2 FUNC=5
Identifiers
cyclin-dependent kinase inhibitor 2A (melanoma, p16, inhibits CDK4)
HUGO:CDKN2A HGNC:1787 ENTREZ:1029 UNIPROT:P42771 GENECARDS:CDKN2A REACTOME:87039 KEGG:1029 ATLASONC:CDKN2aID146 WIKI:CDKN2A
Maps_Modules
Apoptosis
/ APOPTOSIS_GENES ![]()
Apoptosis
/ HIF1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
Identifiers
NAME:DP1*:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re271( Cell cycle
):
Competition between ARF and E2F1 to bind DP1.
PMID:16135794
ARF relocalize DP1 from the cytoplasm to the nucleolus
PMID:12446760
c_re268( Cell cycle
):
Cell cycle inhibition by sequestration of DP1 in the nucleolus.
Confidence
REF=2 FUNC=4
Identifiers
NAME:CDK2:CyclinA*
Maps_Modules
Cell cycle
/ APC ![]()
Cell cycle
/ CYCLINA ![]()
References
c_re310( Cell cycle
):
CDK activity activated by its phosphorylation by CAK-complex
PMID:11959850
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re258( Cell cycle
):
PMID:10548110
CYCLINB phosphorylates CDH1
PMID:11598127
Confidence
REF=5 FUNC=5
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
c_re292:( Cell cycle
) PMID:10753885
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=4 FUNC=5
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Confidence
REF=1 FUNC=5
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=3 FUNC=5
Identifiers
NAME:DP1*:E2F1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re64( Cell cycle
):
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=2 FUNC=5
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re621( Cell cycle
):
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
c_re622( Cell cycle
):
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Confidence
REF=5 FUNC=4
Identifiers
NAME:DP1*:E2F1:PCAF*
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re86( Cell cycle
):
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
c_re87:( Cell cycle
) PMID:15840440, PMID:15133492
Confidence
REF=4 FUNC=4
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re112( Cell cycle
):
PMID:15126619
PMID:15838516
The recruitment of SWI/SNF seems to be necessary for the recrutement de HDAC1
PMID:11420729
PMID:15105433
Confidence
REF=1 FUNC=5
Identifiers
NAME:DP1*:E2F1:RB1
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
c_re323( Cell cycle
):
pRB phosphorylation
PMID:9315635, PMID:12006580
Brg1 phosphorylation
PMID:11420722
Brg1 (in the SWI/SNF complex) and pRB are phosphorylated, simultaneously with the complex dissociation. Phosphorylation of pRB
Phosphorylation of Brg1 (SWI/SNF complex)
c_re291:( Cell cycle
) PMID:8380224; PMID:9315635; PMID:10773440
Confidence
REF=3 FUNC=5
Identifiers
NAME:DP1*:E2F1:TOPBP1
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
c_re139( Cell cycle
):
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=1 FUNC=5
Identifiers
NAME:DP1*:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re271( Cell cycle
):
Competition between ARF and E2F1 to bind DP1.
PMID:16135794
ARF relocalize DP1 from the cytoplasm to the nucleolus
PMID:12446760
c_re268( Cell cycle
):
Cell cycle inhibition by sequestration of DP1 in the nucleolus.
Confidence
REF=2 FUNC=4
Identifiers
NAME:E2F1:p14ARF*
Maps_Modules
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
c_re275( Cell cycle
):
E2F1 sequestrated by ARF in the nucleolus.
PMID:16135794, PMID:12446760
c_re273( Cell cycle
):
PMID:16135794
PMID:12446760
Confidence
REF=2 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
PMID:8832394
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
Confidence
REF=0 FUNC=4
Maps_Modules
Cell cycle
/ E2F1 ![]()
Confidence
REF=0 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
Acetylation of E2F1 (or activators E2Fs) on 3 lysine residues by PCAF increases its DNA-binding activity, stabilizes the protein and stimulates its transactivation potentiel.
PMID:15126619
Stabilisation of E2F1 by acetylation of Lys-117, Lys-120 and Lys-125 by PCAF and, to a lesser extent, p300 acetyltransferases.
PMID:15123636
Acetylated lysines on E2F1 are conserved and acetylated on E2F2 and E2F3. Acetylation by p300/CBP.
PMID:10753885
Confidence
REF=2 FUNC=4
Maps_Modules
Cell cycle
/ CYCLINA ![]()
Cell cycle
/ E2F1 ![]()
References
Phosphorylation of E2F1 leads to the end of transcription stimulation.
PMID:15840440
Phosphorylation of DP-1 induce the diminution of the binding of E2F to the DNA (leading to the end of its activation).
PMID:15133492, PMID:9556498, PMID:15123636
Phosphorylation of both DP-1 and E2F1
PMID:16135794
Phosphorylation of E2F-1, 2, 3a and 3b by cyclin A/CDK2 induce E2F degradation.
PMID:11980909
Phosphorylation of E2F1 on Ser-375 increases its binding affinity for pRb.
PMID:16213134
Confidence
REF=4 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
PMID:15840440, PMID:15133492
Confidence
REF=1 FUNC=4
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
Confidence
REF=0 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
E2F1 deacetylated by pRB/HDAC
PMID:15126619
Deacetylation by HDAC1
PMID:10753885
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
Confidence
REF=0 FUNC=0
Maps_Modules
Cell cycle
/ E2F1 ![]()
Confidence
REF=0 FUNC=0
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
Upon DNA damage and ATM phosphorylation, the transcriptional activity, the apoptotic and the S phase-inducing activites of E2F1 are inhibited by binding to TopBP1 (inhibition RB-independant). Induce damage repair.
PMID:15838517, PMID:12697828
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
Competition between ARF and E2F1 to bind DP1.
PMID:16135794
ARF relocalize DP1 from the cytoplasm to the nucleolus
PMID:12446760
Confidence
REF=2 FUNC=4
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
E2F1 sequestrated by ARF in the nucleolus.
PMID:16135794, PMID:12446760
Confidence
REF=2 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
p14ARF induce the degradation of E2F1, E2F2 and E2F3 via the proteasome
PMID:11274364
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ RB ![]()
References
PMID:8380224; PMID:9315635; PMID:10773440
Confidence
REF=2 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
PMID:10753885
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
Phosphorylation at the Ser-403 in S phase by the TFIIH kinase targets E2F1 for its rapid ubiquitination and degradation through the ubiquitin-proteasome pathway.
PMID:15123636
Phosphorylation at Ser-403 and Thr-433 by the basal TF TFHII triggers E2F1 degradation.
PMID:16213134
Confidence
REF=1 FUNC=5
Maps_Modules
Cell cycle
/ E2F1 ![]()
References
Degradation depends upon ubiquitination. E3: F-box protein p45Skp2
PMID:16213134
Confidence
REF=0 FUNC=0
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
Protein stabilized by phosphorylation.
PMID:15838517, PMID:15140942
Confidence
REF=1 FUNC=4
Maps_Modules
Cell cycle
/ E2F1 ![]()
Cell cycle
/ APOPTOSIS_ENTRY ![]()
References
Upon DNA damage, E2F is stabilized by ATM phosphorylation.
PMID:15838517, PMID:15140942
14-3-3 tau mediates E2F1 stabilization. 14-3-3 tau interacts with ATM-phosphorylated E2F1 during DNA damage and inhibits E2F1 ubiquitination. 14-3-3 tau is also required for expression and induction of E2F1 apoptotic targets, such as p73, Apaf-1, and caspases, during DNA damage.
PMID:15494392
Confidence
REF=2 FUNC=4