Cancer metastasis gene database Home
Cancer metastasis database
General information | Literature | Expression | Regulation | Mutation | Homolog | Interaction

Basic Information

Gene ID

351

Name

APP

Synonymous

amyloid beta (A4) precursor protein;APP;amyloid beta (A4) precursor protein

Definition

alzheimer disease amyloid protein|amyloid beta A4 protein|beta-amyloid peptide|beta-amyloid peptide(1-40)|beta-amyloid peptide(1-42)|cerebral vascular amyloid peptide|peptidase nexin-II|preA4|protease nexin-II

Position

21q21.3

Gene Type

protein-coding

Gene Regulation:

Transcription Factors
Post Translational Modification From dbPTM
Methylation Profile From DiseaseMeth database

Transcription Factors   [Top]

Regulation From TransFac database

APP(h) + PS1(h) <==> APP(h):PS1(h) (binding)
APP(h) + PS2(h) <==> APP(h):PS2(h) (binding)
APP(h) + ERAB(h) <==> APP(h):ERAB(h) (binding)
Nicastrin(h) + APP(h) <==> Nicastrin(h):APP(h) (binding)
APP(h) --Asp2(h)--> APP-C99(h) + APPp100(h) (processing)
APP(h) + JIP1(h) <==> APP(h):JIP1(h) (binding)
APP(h) + Fe65(r) <==> APP(h):Fe65(r) (binding; transactivation)
APP(h) + Fe65(r) + Tip60(r) <==> APP(h):Fe65(r):Tip60(r) (binding; transactivation)
APP(h) + Fe65(r) + Tip60(h) <==> APP(h):Fe65(r):Tip60(h) (binding; transactivation)
APP(h) + Fe65(h) + Mena(h) <==> APP(h):Fe65(h):Mena(h) (binding)
APP(h) + Mena(h) <==> APP(h):Mena(h) (binding)
APP(h) + CD91(h) <==> APP(h):CD91(h) (binding)
APP(h) --adam10(h)--> alphaAPPs(h) + APP-C83(h) (processing)
APP(h) --adam10(b)--> alphaAPPs(h) + APP-C83(h) (processing)
Grb-2(m.s.) + APP(h) <==> Grb-2(m.s.):APP(h) (binding)
APP(h) + CRT(h) <==> APP(h):CRT(h) (binding)
APP(h) + X11(r) <==> APP(h):X11(r) (binding)
APP(h) + Mint-2(r) <==> APP(h):Mint-2(r) (binding)
APP(h) + Apba3(r) <==> APP(h):Apba3(r) (binding)
APP(h) + ATP --> APP(h){pT668} + ADP (phosphorylation)
APP(h) --> alphaAPPs(h) + protein remnants (cleavage)
APP(h) --> Abeta40(h) (activation)
APP(h) --> Abeta38(h) (activation)
APP(h) --> Abeta42(h) (activation)
APP(h) + FKBP12(h) <==> APP(h):FKBP12(h) (binding)
APP(h) + p53(h) <==> APP(h):p53(h) (binding)
APP(h) + flotillin-1(h) <==> APP(h):flotillin-1(h) (binding)
APP(h) --> APP-C99(h) + protein remnants (cleavage)
APP(h) --> APP-C83(h) + protein remnants (cleavage)
APP(h) + Asp(h) <==> APP(h):Asp(h) (binding)
APP(h) + Fe65(m.s.) <==> APP(h):Fe65(m.s.) (binding)
APP(h) + ERAB(m.s.) <==> APP(h):ERAB(m.s.) (binding)
APP(h) --> APP(h) (translocation)
APP(h) --Asp2(h)--> APPp100(h) + protein remnants (cleavage)
APP(h) --Asp2(h)--> APP-C89(h) + protein remnants (cleavage)
APP(h) --> APP(h) (expression).
AICD59(h) --> APP(h) (transactivation)
APP(h) --> APP(h) (translocation)
GM-CSFRalpha(h) --/ APP(h) (decrease of abundance)
APP695(h) + X11(h) <==> APP695(h):X11(h) (binding)
APP695(h) + CD91(h) <==> APP695(h):CD91(h) (binding)
APP695(h) + ATP --Cdk5(r)--> APP695(h){pT668} + ADP (phosphorylation)
Fe65(h) + APP695(h) <==> APP695(h):Fe65(h) (binding)
APP695(h) + FE65L1(h) <==> APP695(h):FE65L1(h) (binding)
FE65L2(h) + APP695(h) <==> APP695(h):FE65L2(h) (binding)
APP695(h) + X11L(h) <==> APP695(h):X11L(h) (binding)
APP695(h) + X11L(h) <==> APP695(h):X11L(h) (binding)
APP695(h) + CRT(h) <==> APP695(h):CRT(h) (binding)
APP695(h) + DAB555(m) <==> APP695(h):DAB555(m) (binding)
APP695(h) + Fe65(r) <==> APP695(h):Fe65(r) (binding)
APP695(h) + Fibulin 1-C(h) <==> APP695(h):Fibulin 1-C(h) (binding)
APP695(h) + Fibulin 1(mo) <==> APP695(h):Fibulin 1(mo) (binding)
APP695(h) + X11(r) <==> APP695(h):X11(r) (binding)
APP695(h) + Mint-2(r) <==> APP695(h):Mint-2(r) (binding)
APP695(h) + Apba3(r) <==> APP695(h):Apba3(r) (binding)
APP695(h) --> AICD(h) (activation)
APP695(h) --> Abeta40(h) (activation)
APP695(h) + F-Spondin(h) <==> APP695(h):F-Spondin(h) (binding)
APP695(h) --Asp2(m.s.)--> APP-C99(h) + protein remnants (cleavage)
APP695(h) --Asp2(m.s.)--> APP-C89(h) + protein remnants (cleavage)
14-3-3gamma(h) + APP695(h) <==> 14-3-3gamma(h):APP695(h) (binding)
14-3-3eta(h) + APP695(h) <==> 14-3-3eta(h):APP695(h) (binding)
APP695(h) --> sAPP695alpha(h) + protein remnants (cleavage)
APP695(h) --> Abeta(h) (activation)
APP695(h) --> Abeta42(h) (activation)
APP695(h) --> APP-C83(h) + protein remnants (cleavage)
APP695(h) --> APP-C99(h) + protein remnants (cleavage)
APP695(h) --> sAPP695beta(h) + protein remnants (cleavage)
APP695(h) --> APP-P3(h) (activation)
APP695(h) + Fe65(m) <==> APP695(h):Fe65(m) (binding)
APP695(h) --Asp2(m.s.)--> APP-CTFbeta(h) + protein remnants (cleavage)
APP695(h) --Asp2(m.s.)--> sAPP695beta(h) + APP-CTFbeta(h) (cleavage)
APP695(h) --MDC9(m.s.)--> sAPP695alpha(h) + APP-CTFalpha(h) (cleavage)
APP695(h) + PS1(m.s.) <==> APP695(h):PS1(m.s.) (binding)
PS1(m) + APP695(h) <==> PS1(m):APP695(h) (binding)
APP(h) --> APP695(h) (expression).
Syntaxin5(h) --> APP695(h) (increase of abundance)
FE65L2(h) + APP751(h) <==> FE65L2(h):APP751(h) (binding)
X11L(h) + APP751(h) <==> X11L(h):APP751(h) (binding)
APP751(h) + APBA3(h) <==> APP751(h):APBA3(h) (binding)
APBA3(h) + APP751(h) <==> APBA3(h):APP751(h) (binding)
APP751(h) + Fe65L2-II(h) <==> APP751(h):Fe65L2-II(h) (binding)
APP751(h) + Fe65(h) <==> APP751(h):Fe65(h) (binding)
APP751(h) + 2 ATP --> APP751(h){pT654}{pS655} + 2 ADP (phosphorylation)
APP751(h) --> APP-C83(h) + protein remnants (cleavage)
APP751(h) --> Abeta40(h) (activation)
APP751(h) --adam(h)--> sAPP751alpha(h) + protein remnants (cleavage)
APP751(h) --adam(m)--> sAPP751alpha(h) + protein remnants (cleavage)
APP751(h) --> APP-C99(h) + protein remnants (cleavage)
APP751(h) --> APP751-C89(h) + protein remnants (cleavage)
APP751(h) --> AICD50(h) + protein remnants (cleavage)
APP751(h) --> Abeta42(h) (cleavage)
APP751(h) + ATP --> APP751(h){pT724} + ADP (phosphorylation)
APP751(h) --> sAPP751alpha(h) + protein remnants (cleavage)
APP751(h) --> sAPP751beta(h) + protein remnants (cleavage)
APP(h) --> APP751(h) (expression).
Fibulin 1-D(h) + APP770(h) <==> Fibulin 1-D(h):APP770(h) (binding)
APP770(h) + Fibulin 1-C(h) <==> APP770(h):Fibulin 1-C(h) (binding)
APP770(h) --TACE(h)--> sAPP770alpha(h) + APP-C83(h) (cleavage)
APP770(h) --MDC9(h)--> sAPP770alpha(h) + APP-C83(h) (cleavage)
APP770(h) --adam10(h)--> sAPP770alpha(h) + APP-C83(h) (cleavage)
APP770(h) --TACE(mo)--> APP-C83(h) + protein remnants (cleavage)
APP770(h) --adam10(mo)--> APP-C83(h) + protein remnants (cleavage)
APP770(h) --> sAPP770alpha(h) + protein remnants (cleavage)
APP770(h) --> Abeta40(h) + protein remnants (cleavage)
APP(h) --> APP770(h) (expression).
GM-CSFRalpha(h) --> APP770(h) (increase of abundance)
APP(h) --> APP(h) (expression).
hsa-miR-106a --/ APP(h) (translational repression).
hsa-miR-520c --/ APP(h) (translational repression).
APP(h) --> APP305(h) (expression).
APP(h) --> L-APP677(h) (expression).
APP(h) --> L-APP696(h) (expression).
APP(h) --> APP714(h) (expression).
APP(h) --> L-APP733(h) (expression).
APP(h) --> L-APP752(h) (expression).
APP(h) --> APP639(h) (expression).

Post Translational Modification   [Top]

Location (AA)

PTM type

Literature

Database

198Phosphoserine (by CK2).Swiss-Prot 53.0
206Phosphoserine (by CK1).Swiss-Prot 53.0
542N-linked (GlcNAc...).Swiss-Prot 53.0
571N-linked (GlcNAc...) (Probable).Swiss-Prot 53.0
656O-linked (Xyl...) (chondroitin sulfate);in L-APP isoforms.Swiss-Prot 53.0
729Phosphothreonine (By similarity).Swiss-Prot 53.0
730Phosphoserine (by APP-kinase I) (Bysimilarity).Swiss-Prot 53.0
743Phosphothreonine (by CDK5 and MAPK10).Swiss-Prot 53.0
757Phosphotyrosine (By similarity).Swiss-Prot 53.0
743Phosphothreonine (GSK-3beta)8764598Phospho.ELM 6.0
757Phosphotyrosine11279131Phospho.ELM 6.0

Methylation Profile   [Top]

Chromosome

Location

Source

chr21

Promoter: 26464503 - 26466503Agilent_014791

chr21

Promoter: 26464503 - 26466503GoldenGate_Methylation_Cancer_Panel_I

chr21

Promoter: 26464503 - 26466503GoldenGate_Methylation_Cancer_Panel_I

chr21

Promoter: 26464503 - 26466503GoldenGate_Methylation_Cancer_Panel_I

chr21

Promoter: 26464503 - 26466503GSE27584

chr21

Promoter: 26464503 - 26466503GSE27584

chr21

Promoter: 26464503 - 26466503GSE27584