KEGG   Mus musculus (house mouse): 26885
Entry
26885             CDS       T01002                                 
Symbol
Casp8ap2, D4Ertd659e, FLASH
Name
(RefSeq) caspase 8 associated protein 2
  KO
K25593  CASP8-associated protein 2
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mmu03019]
    26885 (Casp8ap2)
Messenger RNA biogenesis [BR:mmu03019]
 Eukaryotic type
  mRNA processing factors
   3' end processing
    U7-dependent histone pre-mRNA processing factors
     26885 (Casp8ap2)
SSDB
Motif
Pfam: DUF2205 ADIP DUF2959
Other DBs
NCBI-GeneID: 26885
NCBI-ProteinID: NP_001116450
MGI: 1349399
Ensembl: ENSMUSG00000028282
UniProt: Q9WUF3 Q3UQU1
Position
4:32615462..32653271
AA seq 1962 aa
MAADDDNGDGTGLFDVCPASPLKNNDEGSLDIYAGLDSAVSDSTARSCVSFRNCLDLYEE
ILTEEGTAKEATYNDLQIEYGKCQQQMKDLMKRFKEIQTQNLNLKNENQSLKKNISALIK
TARVEINRKDEEINHLHQRLSEFPHFRNNHKTARTKDSQSTSPHLDDCSKTDHGVKSDVQ
KDVHPNTAQPNLEKEGKSHSEAQNPLHLSTGVEKHCANNVWSRSPYQVGEGNSNEDNRRG
RSGTRHSQCSRGTDRTQKDLHSSCNDSEPRDKEANSRLQGHPEKHGNSEARTESKISESK
SSTGMGYKSERSASSWEKETSRERPHTRVESQHDKNLEKQNERLQNMHRKELPSQDKTER
KVDVKFKPAGEEQGHRGRVDRALPPHPKNDVKHYGFNKYHPEERRGREDCKRDRGMNSHG
FQDRRCSSFLSSNRNSKYPHSKEVSVAHQWENTPFKAERHRTEDRRKRERENKEESRHVK
SDKKSPPEHLQRTHKDTKKSTADGKRQTEPKHGKGAVSNSELSKGTDSKEGATKVESGPN
EAKGKDLKLSFMEKLNLTLSPAKKQPACQDNPHQITGVPEPSGTCDSRSLETTGTVACLP
SGSEHNREETKSELPEPKEALLATSQLRISIPENKMKEEKRLLFKSVENTVPCELLACGT
EISLPAPVEIEQARCLLGSVEVEETCGGARTAASVVMHVLPEHASEDASQELDTKRHDGI
NACAISEGVKTKVILSPKAAAASESHLAPLVEEPSISLVNCSGDNNPKLEPSLEERPIVE
TKSCPLESCLPKETFVPSPQKTELIDHKIETGESNSVYQDDDNSVLSIDFNNLRPIPDPI
SPLNSPVRPVCKVVSMESSCAIPLYDSSHKDEFPSNSTLSTFKSQSDLNKENEKPVPKFD
KCSEADSCKHLSLDELEEGEIRSDDEESVAQKRLEKSARPRVSAEVQPGKSSPGSRRSTV
HVHKDNGRTAVKLPRDRLTWSKRSSESRPSNTERKSKTMSISSLEKILPLILVPSSLWEV
MHMLRLLGKHVRKNYMKFKIKFSLTQFHRIIESAILSFTSLVKCLDLSKICKSVSTLQKS
LCEVIESNLKQVKKNGIVDRLFEQQQTDMKKKLWKFVDEQLDYLFEKLKKILLKFCDSVN
FENENSEGKLGKKYKERTQHSNCQKKKMDNKEIRREKVLKSENTVNFKSSLGCEKSEEKH
QDQNKTNASIVKHDVKRTFSTCSDNTKNAECKEQFLEKSCPSTPRPGKDEGHTEEEAQAA
QHASAKSERSFEILTEQQASSLTFNLVSDAQMGEIFKSLLQGSDLLDTSGTEKAEWELKT
PEKQLLESLKCESAPACATEELVSEGASLCPKVISDDNWSLLSSEKGPSLSSGLSLPVHP
DVLDENCMFEVSSNTALGKDNVYSSEKSKPCISSILLEDLAVSLTVPSPLKSDGHLSFLK
PEVLSTSTPEEVISAHFSEDALLEEEDASEQDIHLALESDNSSSKSSCSSWTSRSVASGF
QYHPNLPMHAVIMEKSNDHFIVKIRRATPSTSPGLKHGVVAEESLTSLPRTGKEAGVATE
KEPNLFQSTVLKPVKDLENTDKNIDKSKLTHEEQNSIVQTQVPDIYEFLKDASNKVVHCD
QVVDDCFKLHQVWEPKVSENLQELPSMEKIPHSLDNHLPDTHIDLTKDSATETKSLGELM
EVTVLNVDHLECSQTNLDQDAEITCSSLQPDTIDAFIDLTHDASSESKNEGSEPVLAVEG
MGCQVICIDEDTNKEGKMGRANSPLESIVEETCIDLTSESPGSCEIKRHNLKSEPPSKLD
CLELPETLGNGHKKRKNSPGVSHSSQKKQRKDIDLSSEKTQRLSPNSDRNGDAHRKQASK
KREPAVNETSLSSEASPEVKGSTAVLAASPASLSAKNVIKKKGEIIVSWTRNDDREILLE
CQKRMPSLKTFTYLAVKLNKNPNQVSERFQQLKKLFEKSKCR
NT seq 5889 nt   +upstreamnt  +downstreamnt
atggcagcagatgatgacaatggtgatggaacgggtttgtttgatgtctgtcctgcctct
ccacttaaaaataatgatgaaggctcattggacatatatgctgggttggacagtgctgtt
tctgacagtactgctagatcctgtgtgtcattcagaaactgtttagatttgtatgaagag
atcctgactgaagaaggaactgcgaaggaggcaacgtacaatgacttgcagatagaatat
gggaaatgtcagcagcaaatgaaagacctgatgaaaaggtttaaggaaatacagacacag
aacttgaacttaaaaaatgaaaaccagtctcttaagaagaatatctcagcacttatcaaa
actgccagagtggagataaaccgtaaggatgaagagataaatcatcttcaccaaagattg
tctgagtttccacattttcgaaataaccataaaactgcaagaacaaaagattcacagtcc
acatctccccatttggatgattgttcaaagactgatcacggagttaaaagtgatgttcag
aaagatgtacatcctaacactgcacagccaaacttggaaaaggaaggaaaatcgcattct
gaagcacagaatcctttgcacttgtctacgggtgttgagaaacattgtgccaataatgtc
tggtcacgttctccttaccaggttggagaaggtaactcaaatgaggataataggagagga
aggagtggcactagacatagccagtgtagcagaggaactgatagaacacagaaagactta
catagcagctgtaatgacagtgagccaagggacaaggaggctaactccagactacaagga
caccctgagaaacatggcaacagtgaagcaaggacggagagcaaaatttcagagagtaaa
agcagcactggtatgggatataaaagtgagcgcagtgcctcttcttgggaaaaagagact
tccagagaaaggccacacactcgagtggaatctcaacatgacaaaaatctagagaaacaa
aatgaaagattacaaaatatgcacagaaaagagcttccgtctcaggacaaaacagaaaga
aaagttgatgtgaagtttaaaccagcaggagaggagcaggggcatcggggaagagtggac
cgggcgttacctcctcatcccaagaatgacgtgaaacattacggcttcaataagtatcat
ccagaagagagaaggggaagggaagattgtaaaagagacagagggatgaacagtcatggc
tttcaagatagaagatgttcatcttttctttcaagcaacagaaatagcaaatacccgcac
tccaaggaagttagtgttgcacaccagtgggaaaatactcctttcaaagcagaaagacat
agaactgaggacaggaggaaaagagaacgagaaaacaaagaagaaagtagacatgtgaaa
agtgacaaaaaatcacctccagaacacttacaaaggactcataaagacactaagaaaagc
actgctgatggaaagagacagactgagcccaaacatggtaaaggtgcagtctctaacagt
gagctttctaaagggacagacagtaaagaaggtgcaacaaaggtggagagtgggccaaat
gaagcaaaaggcaaggacttaaagttaagcttcatggaaaaactgaacttaactctttct
cctgctaaaaagcagcctgcttgtcaagataacccacatcaaataactggtgttcccgag
cccagtggcacgtgtgactcacggtccttggagacgactggaacggtggcatgccttcct
tctggcagtgaacataatagagaggaaaccaaatcagagttaccagagccaaaggaggct
cttttggcaacatctcaactcaggatcagcattccagaaaacaaaatgaaggaagaaaag
aggttgttatttaaatctgttgagaatactgtgccttgtgaactgcttgcttgtggcacg
gaaatttccctcccagcacctgtagaaattgaacaagcaagatgcttgcttggatcagtg
gaagtggaagagacctgtggtggtgcaaggacagccgcttctgtggtgatgcatgtgtta
ccagaacatgcttctgaagatgccagccaagaattggacaccaaaagacacgatggtata
aatgcttgtgctatttctgaaggtgtgaaaacaaaggtgattctttcaccaaaagcagct
gcagccagtgagagccatcttgcacctttggttgaagaacctagcatttcactagtaaac
tgttcgggagacaataatcctaaacttgaaccttctcttgaagagaggcctatagttgag
actaaatcctgtcctttggagtcttgtttacctaaagagacttttgtaccttcaccacag
aagactgagttgattgaccacaaaatagaaactggagaatcaaactcagtatatcaagat
gatgataactcagttttgagtattgactttaataatctgagacctattccagaccccatc
agccctctgaatagtccagtgagaccggtatgcaaagttgttagcatggagagctcatgt
gcaattccactgtatgatagcagtcataaagatgagtttccatccaattcaactctttct
accttcaagagtcagtctgatctaaataaggaaaatgaaaaaccagttcccaaatttgac
aaatgttcagaagcagattcttgtaagcatttgtctttagatgaattagaagaaggcgaa
attagaagtgatgatgaagaatctgtagcacaaaaacgcttggaaaagagtgcaagacct
agagtttctgctgaagtgcagccagggaaaagcagcccaggaagcaggaggagcactgtg
catgtgcataaggacaacgggaggactgctgtaaaactccctcgggacagactcacatgg
agcaaaagatcaagtgaatcaagaccctccaacaccgaaaggaaaagtaaaacaatgagc
atctccagcttggaaaaaatacttccgcttatccttgtaccctcttccctgtgggaggtt
atgcatatgttacggttgctaggtaaacatgtaagaaaaaattatatgaaattcaagata
aaattttcattgacacaatttcatagaattattgaatctgcaattttgagtttcacatca
ctagttaaatgccttgatttgtctaagatctgtaagtcagtaagtactttacaaaagagt
ctttgtgaagttatagaatctaaccttaaacaagtgaagaagaatggcatagttgaccgt
ttatttgaacagcaacaaacagatatgaaaaaaaaattgtggaagtttgtagatgaacaa
cttgattatttgtttgaaaagcttaaaaaaatcctactaaagttttgtgattctgtaaac
tttgaaaatgagaatagtgaaggaaaacttggaaaaaaatataaagagagaacccaacat
tcaaattgtcagaagaaaaaaatggacaacaaagaaatacggagagaaaaagtgctaaaa
tcagaaaatactgtgaattttaaatcttcactgggatgtgaaaaatctgaagaaaaacat
caggaccaaaataaaaccaatgctagtatagtaaagcatgatgtaaaaagaacttttagc
acttgcagtgataatacaaagaacgctgaatgtaaagagcagtttctggaaaagagctgc
ccgagtacccctaggccaggaaaagatgaaggacatactgaggaggaggcacaggcggca
cagcatgcaagtgctaagtccgaacggagctttgagatccttactgagcagcaggcatcc
agccttacttttaacttagtgagtgatgcacagatgggtgagatatttaaaagcttgcta
caaggttctgatctgttggacacaagtggcactgaaaaggcagagtgggaattaaagact
ccagagaaacagctgctggaaagcctcaagtgtgaatctgcaccagcttgtgcaacagaa
gagctggtttcagagggggcttctctttgtccaaaagtgatcagtgatgataattggtct
ttattatcatctgaaaagggtccatctttatcttcagggctttcactgccagttcatcct
gatgtgttagatgaaaattgtatgtttgaagtatcttctaacactgctttaggtaaagat
aatgtatacagctcagaaaagagtaagccctgcatctcttccatactcttagaagatctt
gcggtctctttaacagtaccgtcacctctgaaatcagatggccatttgagtttcttaaag
ccagaagttttgtcaacttcaactcctgaagaagttattagtgcacattttagtgaggat
gctttgcttgaggaagaggatgcatctgaacaggacattcatctagctctggagtctgat
aactcaagcagtaagtcaagctgttcatcatggacaagccggtctgttgcttcaggcttt
cagtaccaccctaatcttcccatgcatgctgtcataatggaaaagtccaatgatcatttc
attgtgaaaatacggcgtgcaacaccatctacctcccctggccttaaacatggtgtggta
gctgaggagtcattgacatctttgcctagaactggaaaagaagctggtgtagcaacagag
aaagaacctaacctgtttcagagtacagttttaaaacctgtcaaggacttggaaaatact
gataaaaatattgataagagtaaactaactcatgaagaacagaactctatagtacaaaca
caggttccagatatatatgaatttcttaaagatgcctcaaataaggtggttcattgtgat
caagtggttgatgattgcttcaagttgcatcaagtatgggaaccaaaagtttctgagaac
cttcaagagttgccttcaatggagaaaatcccacactctcttgataatcatcttcctgat
acacacatagatctaacgaaagattcagccactgagaccaaaagcttgggggagctaatg
gaagtaacagttttaaatgttgatcacttggaatgttctcaaaccaacttagatcaagat
gcagagataacatgtagttctttacagcctgatactatagatgcttttattgatttgaca
catgatgcttcaagtgagagtaaaaatgaaggtagtgaacctgtgttagctgttgaaggt
atgggatgccaggtaatatgtatagatgaggataccaacaaagaaggaaagatgggaagg
gcaaacagtcctttagaaagtattgttgaagaaacttgtattgatttgacctcagagtct
cctggctcctgtgaaatcaagagacataatttaaagtcggagcctccatcaaagttggat
tgtttagagttgcctgaaactctgggtaatggtcacaagaagaggaaaaacagtcctggt
gttagtcactcttctcagaaaaaacaaagaaaggacatagacttaagtagtgaaaagacc
cagagacttagtcccaattctgatagaaatggtgatgctcacagaaagcaagcgagcaag
aaaagagaacctgcagtaaatgaaacgtccttgtcatcagaggccagcccagaggtgaag
ggttcaacagcagtacttgctgcttccccagcaagcctttctgcaaaaaatgttatcaaa
aagaagggagaaattatagtttcatggacaagaaatgatgaccgggaaattttactggaa
tgtcagaaaagaatgccgtccctgaaaacatttacttatttagctgtcaagctgaataaa
aatccaaatcaggtttcagagaggttccagcagctgaaaaagctctttgagaagtcaaaa
tgcaggtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (49)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (7)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (26)   
   RefSeq(nuc) (4)   
   GenBank (11)   
   EMBL (11)   
Protein domain (3)   
   Pfam (3)   
All databases (88)   

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