KEGG   Pan troglodytes (chimpanzee): 454052
Entry
454052            CDS       T01005                                 
Symbol
SRCAP
Name
(RefSeq) helicase SRCAP isoform X1
  KO
K11661  helicase SRCAP/SWR1 [EC:5.6.2.-]
Organism
ptr  Pan troglodytes (chimpanzee)
Pathway
ptr03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:ptr00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    454052 (SRCAP)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ptr03036]
    454052 (SRCAP)
Chromosome and associated proteins [BR:ptr03036]
 Eukaryotic type
  Chromatin remodeling factors
   SRCAP complex
    454052 (SRCAP)
   SWR1 complex
    454052 (SRCAP)
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C HSA ResIII DEAD HDA2-3
Other DBs
NCBI-GeneID: 454052
NCBI-ProteinID: XP_009428944
Ensembl: ENSPTRG00000008013
VGNC: 14498
UniProt: A0A2I3SBF9
Position
16
AA seq 3227 aa
MQSSPSPAHPQLPVLQTQMVSDGMTGSNPVSPASSSSPASSGAGGISPQHIAQDSSLDGP
PGPPDGATVPLEGFSLSQAADLANKGPKWEKSHAEIAEQAKHEAEIETRIAELRKEGFWS
LKRLPKVPEPPRPKGHWDYLCEEMQWLSADFAQERRWKRGVARKVVRMVIRHHEEQRQKE
ERARREEQAKLRRIASTMAKDVRQFWSNVEKVVQFKQQSRLEEKRKKALDLHLDFIVGQT
EKYSDLLSQSLNQPLPSSKAGSSPCLGSSSAASSPPPPASRLDDEDGDFQPQEEEEEDDE
ETIEVEEQQEGNDAEAQRREIELLRREGELPLEELLRSLPPQLLEGPSSPSQTASSHDSD
TRDGPEEGAEEEPPQVLEIKPPPSAVTQRNKQPWHPDEDDEEFTANEEEAEDEEDTIAAE
EQLEGEVDHAMELSELAREGELSMEELLQQYAGAYAPGSGSSEDEDEDEVDANSSDCEPE
GPVEAEEPPQEDSSSQSDSVEDRSEDEEDEHSEEEETSGSSASEGSESEESEDAQSQSQA
DEEEEDDDFGVEYLLARDEERSEADAGSGPPTPGPTTLGPKKEITDIAAAAESLQPKGYT
LATTQVKTPIPLLLRGQLREYQHIGLDWLVTMYEKKLNGILADEMGLGKTIQTISLLAHL
ACEKGNWGPHLIIVPTSVMLNWEMELKRWCPSFKILTYYGAQKERKLKRQGWTKPNAFHV
CITSYKLVLQDHQAFRRKNWRYLILDEAQNIKNFKSQRWQSLLNFNSQRRLLLTGTPLQN
SLMELWSLMHFLMPHVFQSHREFKEWFSNPLTGMIEGSQEYNEGLVKRLHKVLRPFLLRR
VKVDVEKQMPKKYEHVIRCRLSKRQRCLYDDFMAQTTTKETLATGHFMSVINILMQLRKV
CNHPNLFDPRPVTSPFITPGICFSTASLVLRATDVHPLQRIDMGRFDLIGLEGRVSRYEA
DTFLPRHRLSRRVLLEVATAPDPPPRPKPVKMKVNRMLQPVPKQEGRTVVVVNNPRAPLG
PVPVRPPPGPELSAQPTPGPVPQVLPAPLMVSASPAGPPLIPASRPPGPVLLPPLQPNSG
SLPQVLPSPLGVLSGTSRPPTPTLSLKPTPPAPVRLSPAPPPGSSSLLKPLTVPPGYTFP
PAAATTTSTTTATATTTAVPAPTPAPQRLILSPDMQARLPSGEVVSIGQLASLAQRPVAN
AGGSKPLTFQIQGNKLTLTGAQVRQLAVGQPRPLQRNVVHLVSAGGQHHLISQPAHVALI
QAVAPTPGPTPVSVLPSSTPSTTPAPTGLSLPLAANQVPPTMVNNTGVVKIVVRQAPRDG
LTPVPPLAPAPRPPSSGLPAVLNPRPTLTPGRLPTPTLGTARAPMPTPTLVRPLLKLVHS
PSPEVSASAPGAAPLTISSPLHVPSSLPGPASSPMPIPNSSPLASPVSSTVSVPLSSSLP
ISVPTTLPAPASAPLTIPISAPLPVSASGPALLTSVTPPLAPVVPAAPGPPSLAPSGASP
SASALTLGLATAPSLSSSQTPGHPLLLAPTSSHVPGLNSTVAPACSPVLVPASALASPFP
SAPNPAPAQASLLAPASSASQALATPLAPMAAPQTAILAPSPAPPLAPLPVLAPSPGAAP
VLASSQTPVPVMAPSSTPGTSLASASPVPAPTPVLAPSSTQTMLPAPVPSPLPSPASTQT
LALAPALAPTLGGSSPSQTLSLGTGNPQGPFPTQTLSLTPASSLVPTPAQTLSLAPGPPL
GPTQTLSLAPAPPLAPASPVGPAPAHTLTLAPASSSASLLAPASVQTLTLSPAPVPTLGP
AAAQTLALAPASTQSPASQASSLVVSASGAAPLPVTMVSRLPVSKDEPDTLTLRSGPPSP
PSTATSFGGPRPRRQPPPPPRSPFYLDSLEEKRKRQRSERLERIFQLSEAHGALAPVYGT
EVLDFCTLPQPVASPIGPRSPGPSHPTFWTYTEAAHRAVLFPQQRLDQLSEIIERFIFVM
PPVEAPPPSLHACHPPPWLAPRQAAFQEQLASELWPRARPLHRIVCNMRTQFPDLRLIQY
DCGKLQTLAVLLRQLKAEGHRVLIFTQMTRMLDVLEQFLTYHGHLYLRLDGSTRVEQRQA
LMERFNADKRIFCFILSTRSGGVGVNLTGADTVVFYDSDWNPTMDAQAQDRCHRIGQTRD
VHIYRLISERTVEENILKKANQKRMLGDMAIEGGNFTTAYFKQQTIRELFDMPLEEPSSS
SVPSAPEEEEETVASKQTHILEQALCRAEDEEDIRAATQAKAEQVAELAEFNENDGFPAG
EGEEAGRPGAEDEEMSRAEQEIAALVEQLTPIERYAMKFLEASLEEVSREELKQAEEQVE
AARKDLDQAKEEVFRLPQEEEEGPGAGDESSCGTGGGTHRRSKKAKAPERPGTRVSERLR
GARAETQGANHTPVISAHQTRSTTTPPRCSPARERVPRPAPRPRPTPASAPAAIPALVPV
PVSAPVPISAPNPITILPVHILPSPPRPSQIPPCSSPACTPPPACTPPPAHTPPPAQTCL
VTPSSPLLLGPPSVPISASVTNLPLGLRPEAELCAQALASPESLELASVASSETTSLTLV
PPKDLLPVAVEILPVSEKNLSLTPSAPSLTLEAGSIPNGQEQEAPDSAEGTTLTVLPEGE
ELPLCVSESNGLELPPSAASDEPLQEPLEADRTSEELTEAKTPTSSPEKPQELVTAEVAA
PSTSSSATSSPEGPSPARPPRRRTSADVEIRGQGTGRPGQPPGPKVLRKLPGRLVTVVEE
KELVRRRRQQRGAASTLVPGVSETSAGPGSPSVRSMSGPESSPPIGGPCEAAPSSSLPTP
PQQPFIARRHIELGVTGGGSPENGDGALLAITPPAVKRRRGRPPKKNRSPADAGRGVDEA
PSSTLKGKTNGADPVPGPETLIVADPVLEPQLIPGPQPLGPQPVHRPNPLLSPVEKRRRG
RPPKARDLPIPGTISSAGDGNSESRTQPPPHPSPLTPLPPLLVCPTATVANTVTISTSPP
KRKRGRPPKNPPSPRPSQLPVLDRDSTSVLESCGLGRRRQPQGQGESEGSSSDEDGSRPL
TRLARLRLEAEGMRGRKSGGSMVVAVIQDDLDLADSGPGGLELTPPVVSLTPKLRSTRLR
PGSLVPPLETEKLPRKRAGAPVGGSPGLAKRGRLQPPSPLGPEGSVEESEAEASGEEEEG
DGTPRRRPGPRRLVGTTNQGDQRILRSSAPPSLAGPAVSHRGRKAKT
NT seq 9684 nt   +upstreamnt  +downstreamnt
atgcagagcagcccctcccctgctcaccctcagctcccagtcctacagacacagatggtg
tcggacggcatgacaggcagcaatcctgtgtcccctgcctcatccagttccccagcctct
agtggggcaggcggcatctccccgcagcacatagctcaagattcctcactggatggacct
ccaggccccccagatggtgccacagtgcccctggaggggttcagcttgtcccaggctgct
gacctggctaacaagggcccgaagtgggagaagagccatgccgaaattgcagaacaggcc
aagcatgaggccgagatcgagactcggattgctgagctgcggaaggagggtttctggtca
ctgaagaggctgcctaaggtgccagagccccctcgccccaaaggtcactgggactatttg
tgcgaagagatgcagtggctctctgctgactttgctcaggagcgccgttggaaacggggt
gtggcccggaaggtggtgcgcatggtgatccggcaccacgaggagcagcggcagaaagag
gaacgggcccggagggaggagcaggccaagctgcgtcgaattgcttccaccatggccaag
gatgtcaggcagttctggagcaatgtggagaaggtggtgcaattcaagcaacagtcccgg
cttgaggaaaagcgcaaaaaagccctggacctgcatttggacttcattgtggggcaaact
gaaaagtactcggaccttctgtctcagagcctcaaccagccattaccctccagcaaagca
ggctcttccccttgcctcggctcttcctcagctgcctccagtcctccaccccctgcttct
cgcctggatgatgaagatggggactttcaaccccaagaggaggaggaagaggatgatgag
gaaacgattgaagttgaagaacaacaggaaggcaatgatgcagaggcccagaggcgtgag
attgagctgcttcgccgtgagggagaattgccactggaagagctgctccgttcccttccc
cctcagctgttggaagggccttccagcccctctcaaaccgcctcatctcatgatagtgac
acccgagatgggcctgaagaaggtgctgaagaagagccccctcaggtgttggagataaag
cccccaccctctgctgtcacacagcgcaacaaacagccttggcatccagatgaagatgat
gaagagtttactgccaacgaagaggaagcggaggatgaagaggatactatagcagctgag
gaacagttggaaggggaggtggatcatgccatggagctgagcgagttggctcgagaaggt
gagctttccatggaggagctattgcagcagtatgcaggagcctatgctccaggctctggg
agcagtgaagatgaggatgaagatgaggttgatgctaatagctctgactgtgaaccagag
gggcccgtggaagcggaagagcctcctcaggaggatagtagcagtcagtcagactctgtg
gaggaccggagtgaggatgaggaagatgaacattcagaggaggaagaaacaagtggaagt
tcagcatcagagggatcagagtctgaagagtctgaggatgcccaatcacagagccaagca
gatgaagaggaggaagatgatgattttggagtggagtacttgcttgccagggatgaagag
cggagtgaggcagatgcaggcagtgggcctcctactccagggcccactactctaggtcca
aagaaagaaattactgacattgctgcagcagctgaaagtctccagcccaagggttacacg
ctggccacgacccaggtaaagacgcccattcccctgcttctgcggggccagctccgggag
taccagcacattgggctagactggctggttaccatgtatgagaagaagcttaatggcatt
cttgctgatgagatggggcttgggaagaccatccagaccatctctctgcttgcccacttg
gcttgtgagaaaggtaactggggtccccatttaatcattgttcccaccagcgtgatgttg
aactgggagatggagttgaaacgttggtgccccagctttaaaatcctcacttactatgga
gcccagaaagagaggaagctcaagcggcagggctggaccaagcccaatgcctttcatgtg
tgtatcacgtcttacaagctggtgctgcaggaccaccaggccttccgtcgcaagaactgg
cgctatctcattctggatgaggcgcagaacatcaagaacttcaagtcacagcgctggcag
tcactcctcaacttcaacagccagagacgcctgctcctgacaggaactcccttgcagaac
agcctcatggagctgtggtccttgatgcactttttgatgccccatgtcttccagtctcat
cgcgagttcaaggagtggttctctaatcccctaactggcatgattgagggcagccaagag
tataatgaaggtctagtcaaacgcctccacaaggttttgaggccttttttactgcgccga
gttaaggtggatgttgagaagcagatgcccaaaaagtacgagcatgttatccgctgcagg
ctctccaagcgtcaacgctgtctctatgatgacttcatggcacagaccacaactaaggag
acactagccacaggccatttcatgagcgtcatcaacattttgatgcagctgagaaaagtt
tgcaatcatccaaatctgttcgaccctcgaccggttacctcccctttcatcaccccaggc
atctgcttcagcaccgcctctctggtgctaagggccacggatgtccatcccctccagcgg
atagacatgggtcgatttgaccttattggcctggaaggtcgtgtctctcgatatgaggca
gacacatttctgccccggcaccgcctctctcgccgggtactgttagaagtggctactgct
cctgaccccccaccccggcccaagccagtcaagatgaaggtcaacaggatgctgcagcca
gtacctaagcaagaaggccggacagtggtggtggtgaacaacccacgggcgcccctgggc
cctgtcccagttcgacctcctccaggtcctgagctctcagcccagcccacccctggccca
gtcccccaagtgctgccagcaccactgatggtttcagcctcacctgccgggcccccgctt
attcctgcatctcggcctcctggccctgtcctcttgcctccactgcagcccaacagtggt
tctctcccccaggtgttgccatcccccctgggggtcctgagtgggacctcacggcctccc
acgccaaccttgtccctaaagccaacaccacctgccccagttcgcctgagcccagcccca
cctccaggctcctctagcctgttgaagcccctgacagtgccaccaggctacaccttccct
cctgctgctgccaccaccacttctaccaccacggcaactgctaccaccacagcagtgcca
gctccgactcctgcaccacagcgcctcattctatctcccgatatgcaggctcgcctgccc
tcaggcgaagtggtcagcatcgggcagttagcctcactggcacaacgtccagtggctaat
gcagggggaagcaaacctctcaccttccaaatccagggcaacaagctgactttgactggt
gcccaggtgcgccagcttgctgtggggcagccccgcccgctgcaaaggaatgtggtgcac
ctcgtgtcagcaggggggcagcaccatctcatcagccagcctgcccatgtggccctcatc
caggccgtggccccgacccctggccctacccctgtctctgtgctgccttcttcgaccccc
agcaccacccctgcccctactggcctcagccttccgcttgctgctaaccaggtgccacca
accatggtgaataatacaggcgtggtgaagattgtagtgagacaagcccctcgggatgga
ctgactcctgttcctccattggccccagcaccccggcctccgagctctgggcttccagct
gtgttgaatccacgccccacgttaacccctggccggctacccacacctactctgggtact
gctcgagcccccatgcccacacccactctggtgaggcctcttctcaagctggtccacagt
ccttcacctgaagtcagtgcttcagcccccggagctgccccgttgaccatctcttctcct
ctccacgtgccatcctcactccctgggccagcctcttctccaatgccaattcccaactct
tctccccttgctagtcctgtgtcctctacagtctcagttccattgtcatcttcactcccc
atctctgtccccaccacacttcctgccccagcctcggctccactcaccatccccatctca
gcccccttgcctgtttctgcttcgggcccagctctgttgaccagtgtgactccaccattg
gcacctgttgtcccagcggctcctggacctccctccttggcaccatctggtgcttccccg
tcagcatcagccttgactctaggtttggccacagctccatccctgtcttcatctcagaca
cctggtcaccctctgttgttggctcccacctcttcacatgttccagggttgaactcaacc
gtggccccagcatgctcacctgtcctggtgccagcttcggctctggccagtccttttccg
tcagcaccaaatccagctccagctcaggcttcccttctggctccagcatcttctgcatct
caggctctagccacccctctggctcctatggcggctccacagacagcaattctggctcct
tctccagctcctcctctggctcctcttccggtcctggcaccatcgccaggtgctgctcct
gtcctggcttcatcacagactccggttccagttatggctccatcgtctactccaggaacc
tctttagcctcagcttcaccggtaccagctccaacccctgtgttggctccatcatcaact
caaactatgctaccagccccggttccgtcacctctcccgagcccggcttctacgcagaca
ctggccctagccccagctttagcacccactcttggaggctcatctccatctcagacactc
tctttgggaacggggaacccccagggaccctttccaactcagacattgtcattaactcca
gcatcatccctggtaccaactccagcccagacactgtctttggcaccaggaccaccactg
ggtccaactcagacgctgtctctggctccagcaccccctctggctccagcttctccagtg
ggcccagccccagctcacacgctgactttggctccagcatcgtcatctgcttcactcctg
gccccagcttcagtgcagacactgaccttgagccctgccccagttcctaccctgggcccg
gccgcagctcagaccttggcgctggccccagcctccacacagtccccagcttcccaggca
tcttcccttgtggtttcggcatctggtgccgctcccttgcctgtcaccatggtatcccgg
ctgcctgtttccaaggatgagcctgacacactgacattgcgctctggtccccccagccct
ccctccactgctacctcgtttggtggcccccggcctcgacgccagccccccccaccacct
cgttcccctttttatctggactccctggaggaaaagcggaagcggcagcggtctgaacgc
ctggaacggattttccaacttagtgaggctcatggggccctggcacctgtgtatgggact
gaagtcctggatttctgtaccctgccccaacctgttgccagccccatcggccctcgttct
cctggccccagccaccccaccttttggacttataccgaggctgcccaccgggctgtactg
tttccccagcagcgactagaccagctgtcagaaatcattgagaggttcatctttgtcatg
cctcctgtggaggcacctcccccttccctgcatgcctgccacccacctccttggctggcc
ccacgtcaggcagccttccaggagcaattggcctctgagctctggccccgggctcgtcct
ttgcaccgtattgtgtgtaacatgcgcacccagttccctgacttgagactcatccagtat
gattgcggaaagttgcagacgttggcagtgctgttgcggcagctcaaggcagagggccac
cgagtgctcatcttcacccagatgacccgaatgctggatgtattggagcagtttctcacc
taccatggccatctctacctgcgcctggatggatctactagagttgaacagagacaggcc
ttgatggaacggttcaatgcagacaaacgcatattctgcttcatcctttcaactcggagt
gggggtgtgggcgtgaacctgacaggagcagacactgttgttttttatgacagcgactgg
aatcccaccatggatgctcaggcccaggaccgctgtcaccgaattggccagacccgggat
gtccacatatataggcttatcagtgaacggacagtggaggagaacatcctaaaaaaggca
aatcagaagagaatgttgggggacatggccattgagggaggcaacttcaccacagcctat
ttcaaacagcagaccatccgagagctgtttgatatgcccctggaggaaccttctagctca
tccgtgccctctgcccctgaagaggaggaagagactgtggccagcaagcagactcatatt
ctggagcaggcattgtgtcgggcagaagatgaagaggatatccgtgcagccacccaggcc
aaggctgaacaggtggctgagcttgcagaatttaatgagaacgatgggtttcctgctggt
gagggagaggaagctggccggcctggggctgaggatgaggagatgtcccgggctgagcag
gaaattgctgccctcgtagaacagctgacccccattgagcgctatgccatgaaattcctg
gaggcctcactggaggaggtgagccgagaggagctcaaacaggcagaagagcaagtggaa
gctgcccgcaaagacctggaccaagccaaggaggaggtgttccgcctaccccaagaggag
gaggaggggccgggggctggggatgagagttcctgtgggactggtggaggcacccaccgg
cgcagtaaaaaggccaaagcccctgagaggccagggactcgtgtcagtgagcgtcttcgt
ggagcccgggctgagactcaaggggcaaaccacactcctgtcatatccgcccatcaaact
cgcagcaccaccacaccaccccgctgcagtcctgccagggagcgagttcccaggccagca
cctaggcctcgacccactccagcttcagctccggctgcaattcctgcccttgttcctgtc
ccagtttctgccccagtacccatttcagccccaaatccaataaccattctccctgtccat
atcttgccttctcctccccgtccttcacagattcctccttgttcttctcctgcctgcacc
cctcctcctgcctgtacccctccaccagctcatacaccgcctccagcccaaacctgtctt
gtaactccttcctctcctctcttgcttggtccaccttctgtgcccatctctgcctcagtc
actaatctccccttgggcttgaggcctgaggcagagctatgtgcccaggcattggcatct
ccagagtccctggagctggcttctgtggccagttcagaaaccacctcacttactcttgtg
ccccctaaagatctgttgccagttgctgtggagatcctgcctgtgtcagagaagaacctt
tctctcaccccttctgcacccagcctgaccttggaggctggcagcatccccaatggtcaa
gagcaggaggcaccagattctgctgaggggaccacccttacagtgctgcctgaaggtgag
gagttgcccctgtgtgtgagtgagagcaatggcctggagctcccaccctcagcagcatct
gatgagccacttcaggagccactggaggctgacaggacctcggaagagctgacagaggcc
aagaccccaacctccagcccagagaagccacaggaactcgttacagctgaggttgcagct
ccatccacctcatcttcagccacttcctcgcctgagggtccttcacctgcccgacctcct
cggcgtcgcaccagtgctgatgtggaaattaggggtcaagggactggtcggccaggacaa
ccaccaggccccaaagtgcttcgaaagctgccaggacggctggtaactgtggtagaggaa
aaggaactggtgcggcggcggcggcagcagcggggagctgccagcaccctagtgcctggg
gtctctgagactagtgccggcccgggaagcccgtctgtccgcagcatgtcagggccagaa
tcctcccctcccattggtgggccctgtgaagctgctccttcatcctcactgcccactcca
ccccagcagcccttcattgctcgccgtcacattgagctgggggtgactggtggtggcagc
cccgagaatggagacggagcactgctcgccatcaccccacctgctgtgaaacgtcggagg
gggaggccccccaagaagaacaggtctccagcagatgctgggagaggtgtggatgaggca
ccctcatccaccttgaagggaaaaaccaacggggctgacccagtccctgggcctgagacc
ctaattgttgcagatcctgtcctggaaccacagcttattcctgggccccagcctcttgga
ccccagccagttcacagacccaatcccctcctgtcacctgtggagaaaagaaggcgaggg
cgaccccctaaagcacgagatttgcccatccctgggaccatttcctctgcaggggatggc
aactccgaaagtcggacacagccacccccacacccatcacccctaaccccactcccacca
ctgctagtttgtcccactgctactgttgccaacactgtcaccatttcaacgtccccaccc
aaacggaagaggggccgacctcccaagaatcctccatcacctcggcccagccagctccct
gtcttggaccgtgacagcacttctgttctcgagagctgtggattggggaggcgacggcaa
ccccagggccaaggggagagtgagggtagttcctctgatgaggatggaagccgccccctc
acccgcctggcccgccttcggcttgaagcagaaggaatgcgaggacggaagagtggaggg
tccatggtggtggctgtaattcaggatgacctggacttagcagatagcgggccaggcggg
ttggaattgacaccacctgtggtctcactaaccccaaaactgcgctcgacccggctgcgt
ccagggtctctagtccccccactagagactgagaagttgcctcgcaaacgagcaggggcc
ccagttggtgggagtcctgggctggcaaagcggggccgcctacagcccccaagtcccctg
gggcctgagggttcagtagaggagtctgaggctgaagcctcaggtgaggaagaggaaggg
gatgggaccccacgccgacgtcctggcccccgccggcttgttgggaccaccaaccaaggg
gaccagcgcatcctgcgcagcagcgcccctccctccctggctggccctgctgttagtcac
agaggccgcaaggccaagacgtga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (14)   
   RefSeq(nuc) (8)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (39)   

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