KEGG   Homo sapiens (human): 9994
Entry
9994              CDS       T01001                                 
Symbol
CASP8AP2, CED-4, FLASH, RIP25
Name
(RefSeq) caspase 8 associated protein 2
  KO
K25593  CASP8-associated protein 2
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:hsa03019]
    9994 (CASP8AP2)
Messenger RNA biogenesis [BR:hsa03019]
 Eukaryotic type
  mRNA processing factors
   3' end processing
    U7-dependent histone pre-mRNA processing factors
     9994 (CASP8AP2)
SSDB
Motif
Pfam: Myb_DNA-binding_7
Other DBs
NCBI-GeneID: 9994
NCBI-ProteinID: NP_001131139
OMIM: 606880
HGNC: 1510
Ensembl: ENSG00000118412
UniProt: Q9UKL3
Structure
Position
6:89829880..89874436
AA seq 1982 aa
MAADDDNGDGTSLFDVFSASPLKNNDEGSLDIYAGLDSAVSDSASKSCVPSRNCLDLYEE
ILTEEGTAKEATYNDLQVEYGKCQLQMKELMKKFKEIQTQNFSLINENQSLKKNISALIK
TARVEINRKDEEISNLHQRLSEFPHFRNNHKTARTFDTVKTKDLKSRSPHLDDCSKTDHR
AKSDVSKDVHHSTSLPNLEKEGKPHSDKRSTSHLPTSVEKHCTNGVWSRSHYQVGEGSSN
EDSRRGRKDIRHSQFNRGTERVRKDLSTGCGDGEPRILEASQRLQGHPEKYGKGEPKTES
KSSKFKSNSDSDYKGERINSSWEKETPGERSHSRVDSQSDKKLERQSERSQNINRKEVKS
QDKEERKVDQKPKSVVKDQDHWRRSERASLPHSKNEITFSHNSSKYHLEERRGWEDCKRD
KSVNSHSFQDGRCPSSLSNSRTHKNIDSKEVDAMHQWENTPLKAERHRTEDKRKREQESK
EENRHIRNEKRVPTEHLQKTNKETKKTTTDLKKQNEPKTDKGEVLDNGVSEGADNKELAM
KAESGPNETKNKDLKLSFMKKLNLTLSPAKKQPVSQDNQHKITDIPKSSGVCDSESSMQV
KTVAYVPSISEHILGEAAVSEHTMGETKSTLLEPKVALLAVTEPRIGISETNKEDENSLL
VRSVDNTMHCEEPICGTETSFPSPMEIQQTESLFPSTGMKQTINNGRAAAPVVMDVLQTD
VSQNFGLELDTKRNDNSDYCGISEGMEMKVALSTTVSETTESILQPSIEEADILPIMLSE
DNNPKFEPSVIVTPLVESKSCHLEPCLPKETLDSSLQQTELMDHRMATGETNSVYHDDDN
SVLSIDLNHLRPIPEAISPLNSPVRPVAKVLRNESPPQVPVYNNSHKDVFLPNSAHSTSK
SQSDLNKENQKPIYKSDKCTEADTCKNSPLDELEEGEIRSDSETSKPQESFEKNSKRRVS
ADVRKSKTIPRRGKSTVCLDKDSRKTHVRIHQTNNKWNKRPDKSSRSSKTEKKDKVMSTS
SLEKIVPIIAVPSSEQEIMHMLRMIRKHVRKNYMKFKAKFSLIQFHRIIESAILSFTSLI
KHLNLHKISKSVTTLQKNLCDIIESKLKQVKKNGIVDRLFEQQLPDMKKKLWKFVDDQLD
YLFAKLKKILVCDSKSFGRDSDEGKLEKTSKQNAQYSNSQKRSVDNSNRELLKEKLSKSE
DPVHYKSLVGCKKSEENYQDQNNSSINTVKHDIKKNFNICFDNIKNSQSEERSLEVHCPS
TPKSEKNEGSSIEDAQTSQHATLKPERSFEILTEQQASSLTFNLVSDAQMGEIFKSLLQG
SDLLDSSVNCTEKSEWELKTPEKQLLETLKCESIPACTTEELVSGVASPCPKMISDDNWS
LLSSEKGPSLSSGLSLPVHPDVLDESCMFEVSTNLPLSKDNVCSVEKSKPCVSSILLEDL
AVSLTVPSPLKSDGHLSFLKPDMSSSSTPEEVISAHFSEDALLEEEDASEQDIHLALESD
NSSSKSSCSSSWTSRSVAPGFQYHPNLPMHAVIMEKSNDHFIVKIRRATPSTSSGLKQSM
MPDELLTSLPRHGKEADEGPEKEYISCQNTVFKSVEELENSNKNVDGSKSTHEEQSSMIQ
TQVPDIYEFLKDASDKMGHSDEVADECFKLHQVWETKVPESIEELPSMEEISHSVGEHLP
NTYVDLTKDPVTETKNLGEFIEVTVLHIDQLGCSGGNLNQSAQILDNSLQADTVGAFIDL
TQDASSEAKSEGNHPALAVEDLGCGVIQVDEDNCKEEKAQVANRPLKCIVEETYIDLTTE
SPSSCEVKKDELKSEPGSNCDNSELPGTLHNSHKKRRNISDLNHPHKKQRKETDLTNKEK
TKKPTQDSCENTEAHQKKASKKKAPPVTKDPSSLKATPGIKDSSAALATSTSLSAKNVIK
KKGEIIILWTRNDDREILLECQKRGPSFKTFAYLAAKLDKNPNQVSERFQQLMKLFEKSK
CR
NT seq 5949 nt   +upstreamnt  +downstreamnt
atggcagcagatgatgacaatggtgatggaacaagtttatttgatgtcttttctgcttct
cctcttaagaacaatgatgaaggctcactggacatatacgctgggttggacagtgctgtt
tctgacagcgcttccaaatcctgtgtaccatcaagaaattgtttggacttatatgaagag
atcctgactgaagaaggaactgcaaaggaggcaacatataatgatttgcaagtagaatat
ggaaaatgtcaactacaaatgaaagagctgatgaaaaaatttaaagaaatacagacacag
aatttcagcttaataaacgaaaaccagtctcttaagaagaatatttcagcacttatcaaa
actgccagagtggaaataaaccgcaaggatgaagaaataagtaatcttcaccaaagattg
tctgagtttccacattttcgaaataatcataaaactgcaaggacatttgatacagttaaa
acaaaagatcttaaatctagatctccacatttggatgattgttcaaagactgatcacaga
gctaaaagtgatgtttctaaagatgtacatcatagcacttcactgccaaatctggaaaag
gaaggaaaaccacattctgataaaaggagtacttcacatttacctacatctgttgagaaa
cactgcactaatggtgtttggtcacgttctcattatcaggttggcgagggtagctcaaat
gaggatagtagaagaggaagaaaagatattagacatagccagtttaacagaggaactgaa
agagtacgaaaagacttaagtactggctgtggtgatggtgaaccaaggatattggaggct
agtcaaaggctacaaggacatcctgagaaatatggtaaaggtgaaccaaagactgaaagc
aaaagttcgaagtttaaaagtaactcagattctgactataaaggtgaacgcattaactct
tcttgggagaaagagacccctggagaaaggtcacacagtcgagtagactctcaaagtgac
aaaaaactagaaagacaaagtgaaagatcacaaaatataaataggaaagaagttaaatca
caagacaaagaagaaagaaaagttgatcaaaaacctaaatcagtagtaaaggaccaagat
cactggagaagatctgaacgagcatcacttcctcattccaagaatgaaataacattttct
cataattcaagtaaataccatctagaagagagaagaggatgggaagattgtaaaagagac
aagagtgtaaacagtcatagttttcaagatggaagatgtccatcttctctttcaaacagt
agaactcacaaaaacattgactctaaggaagttgatgccatgcatcagtgggaaaataca
cctttaaaagcagaaagacatagaactgaagataagaggaaaagagaacaagaaagcaaa
gaagaaaataggcatattagaaatgaaaaaagagtacctacagaacatttgcagaagact
aataaggaaactaagaaaaccactactgatttaaagaaacagaatgaaccaaagactgat
aagggagaagtccttgataatggtgtttctgaaggagcagataataaagagcttgcaatg
aaagctgagagtggtccaaatgaaacaaaaaacaaggacctaaaattgagttttatgaaa
aaattgaacttaactctttctcctgctaaaaagcaacctgtttcccaggataatcagcat
aaaataactgatattcccaagtccagtggtgtatgtgattcagagtcttcaatgcaagtt
aaaacagtggcatatgttccctccataagtgaacatatcttgggggaagcagctgtcagt
gaacataccatgggggaaaccaagtcaacgttattggaaccaaaggttgctcttctagca
gtgactgaacccaggatcggtatctcagaaaccaacaaggaagacgaaaatagtttgtta
gttaggtctgttgacaatactatgcattgtgaagagcccatttgtggtacagagacttcc
ttcccatctcctatggaaatacaacagacagaatccttgtttccatcaacaggaatgaaa
caaaccattaataatggaagggcagcagctcctgtggtaatggatgtattacaaacagat
gtgtctcaaaactttggcttggaattggataccaaaagaaatgataattcagattattgt
ggtatttctgaaggtatggagatgaaggtggcactttcaacaacagtgagtgaaaccact
gaaagcattttgcagccttcaattgaggaagctgatattttgccaataatgctttcagaa
gataataacccaaaatttgagccttctgttatagttacaccactggttgagagtaagtcg
tgtcatctggagccttgcttacctaaagagactctagattcttcacttcagcagactgag
ttaatggaccacagaatggcaactggtgaaacaaactcagtatatcatgatgatgataac
tcggttttgagcattgaccttaatcacctgagacctattccagaagccatcagtcctctg
aatagtccagtgagacctgtagcaaaagttcttagaaatgaaagcccacctcaagttcca
gtgtataataacagtcataaagatgtgtttttaccaaattcagctcattctacctctaag
agtcagtctgatctcaataaggaaaatcaaaagccaatttacaaatctgacaaatgtaca
gaagcagacacatgtaagaattcaccattagatgaattagaagaaggagaaattagaagt
gatagtgaaacatctaaaccacaagaaagttttgaaaaaaattccaaacgtagagtgtca
gctgatgtgcggaagtcaaagactatcccacgacgtgggaaaagtactgtgtgtttagat
aaagacagtaggaaaacacatgtaagaatccatcagaccaataacaaatggaataaaaga
cctgataaatctagcagatcttcaaaaacagagaagaaagataaagtgatgagcacttcc
agcttggaaaaaatagttccaattattgctgtaccctcttctgaacaagagatcatgcac
atgttacgaatgataagaaaacatgtaagaaaaaattatatgaaattcaaggcaaaattt
tcattaatacaatttcacagaattattgagtcagcaattttgagttttacatctttaatt
aaacatctcaacttacacaaaatctctaagtcagtgactaccttacagaagaatctctgt
gatattatagagtctaaacttaagcaagttaaaaagaatggcatagttgatcgtttattt
gaacagcaactaccagatatgaaaaaaaaattgtggaagtttgtagatgaccaacttgat
tatttgtttgcaaagcttaagaaaatcttagtatgtgattccaaaagctttggaagagat
agtgatgaaggcaaacttgaaaaaacaagtaaacagaatgcacagtattcaaatagtcag
aaaaggagtgtggacaactccaacagagaattgctgaaagaaaaattatcaaaatcagaa
gaccctgttcattataagtctttagtgggatgtaaaaaatctgaggaaaattatcaagac
caaaataactccagtattaacactgtaaagcatgacattaaaaaaaattttaacatctgc
tttgataatataaagaactctcaatccgaagagcgctccttggaagtacactgtccaagc
accccaaagtcagaaaaaaacgaaggaagcagcatagaggatgcacagacatcccagcat
gcaactttgaagccagaacgaagtttcgagattcttaccgaacagcaagcatcgagcctt
acttttaatttagtgagtgatgcacaaatgggtgaaatatttaaaagtttgttgcaaggt
tctgatcttttagacagcagtgttaactgtactgaaaaaagtgagtgggagttaaagact
ccagagaagcagctgctagagactcttaagtgcgagtctataccagcttgtacaacagaa
gagctagtttcaggggtggcttctccatgtcctaaaatgattagtgatgataattggtca
ttattatcatctgaaaaaggtccatctctgtcttcagggctttcattgccggttcatcct
gatgtgttggatgaaagttgtatgtttgaagtgtctactaacctacctttaagtaaagat
aatgtgtgtagtgtagaaaagagcaagccctgcgtttcttccatacttcttgaagatcta
gcagtctctttaacagtaccatcgcctctgaagtcagatggtcatctcagttttttaaag
cctgatatgtcgtccagttcaactcctgaagaagtcattagtgctcattttagtgaagat
gccttacttgaggaagaggatgcatctgagcaagatattcatttagctctggagtctgat
aattcaagcagtaaatcaagttgttcttcttcctggacaagccgatctgttgctccaggc
tttcagtaccaccctaatctacctatgcatgccgtcataatggaaaagtccaatgatcat
ttcattgtgaaaatacgacgtgcaacaccatctacctcttctggccttaaacagagtatg
atgcctgatgaattattgacatctttgcccagacatggaaaggaagctgatgaaggacca
gagaaagaatatatttcatgtcagaacacagtttttaaatctgtggaggaattggaaaac
tccaacaaaaatgttgatggcagcaagtcaactcatgaagaacagagctctatgatacaa
acacaggttcctgatatatatgaatttcttaaagatgcttcagataagatgggtcatagt
gatgaagtggctgatgaatgtttcaaattgcatcaagtatgggaaacaaaagtgcctgaa
agcattgaagaattgccttcaatggaagaaatctcacactctgttggggaacatcttcca
aacacatacgtagatctaacgaaagatccagtcactgaaaccaaaaacttgggggaattc
atagaagtaacagttttacatattgatcagttgggatgttctggaggcaatttaaatcag
agtgctcaaatattagacaattctttgcaggctgatactgtaggtgcttttattgatttg
acacaagatgcttcaagtgaggctaaaagtgaaggtaatcatcctgcattagctgtggaa
gacttgggatgtggggtgatacaggtagatgaagataattgtaaggaagaaaaggcacaa
gtggcaaacaggcctttaaaatgcattgttgaggaaacctatatcgacttgaccacagaa
tctcccagttcatgtgaagtaaaaaaagatgagttaaaatcagagccaggatcaaattgt
gataactcggagttgcctgggactttgcataattctcacaaaaagagaagaaacatttct
gatctaaatcatcctcataaaaaacaaagaaaggaaacagacttaactaataaggaaaag
accaagaaacctacccaagattcttgtgagaatactgaagctcaccaaaagaaagccagt
aagaagaaggcccctcctgtgactaaagatccctcatcattaaaggcaaccccagggatt
aaggattcatcagcagcacttgccacttctacaagtctttctgcaaaaaatgttattaaa
aagaagggagaaattatcattttatggacaagaaatgatgaccgggaaattttattggag
tgtcagaaaagagggccatcatttaaaacatttgcatatttagccgccaagttggataaa
aatccaaatcaggtctcagaaagattccagcagctaatgaagctctttgaaaagtcaaaa
tgcagataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (42)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (40)   
DNA sequence (72)   
   RefSeq(nuc) (40)   
   GenBank (16)   
   EMBL (16)   
3D Structure (4)   
   PDB (4)   
Protein domain (1)   
   Pfam (1)   
All databases (162)   

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