KEGG   Drosophila navojoa: 115564835
Entry
115564835         CDS       T05898                                 
Name
(RefSeq) transcription-associated protein 1
  KO
K08874  transformation/transcription domain-associated protein
Organism
dnv  Drosophila navojoa
Pathway
dnv03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:dnv00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    115564835
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:dnv01001]
    115564835
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:dnv03021]
    115564835
   03036 Chromosome and associated proteins [BR:dnv03036]
    115564835
Protein kinases [BR:dnv01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   115564835
Transcription machinery [BR:dnv03021]
 Eukaryotic type
  RNA polymerase II system
   Coactivators
    SAGA/TFTC/STAGA complex
     115564835
Chromosome and associated proteins [BR:dnv03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    PCAF complex
     115564835
    STAGA complex
     115564835
    TFTC complex
     115564835
    TIP60 complex
     115564835
    SAGA complex
     115564835
    SLIK complex
     115564835
    NuA4 complex
     115564835
  Chromatin remodeling factors
   ASTRA complex
    115564835
SSDB
Motif
Pfam: Tra1_ring Tra1_central FAT PI3_PI4_kinase FATC TPR_8
Other DBs
NCBI-GeneID: 115564835
NCBI-ProteinID: XP_030245438
Position
Unknown
AA seq 3576 aa
MAHGENNPVNNFRNYLSILNDPSASEDIKLKATQELSEHFDMIMQSPSYPSFLENALKIF
MRILQEGEPQFIQENTIQHIRKLILEMIHRLPITENLRQHVKSIITMMLKLLKTDNEENV
LISLRIIIDLHKHFRPSFNPEIQLFLGFVKEIYTNLPNNLTAIFETSNDIWISDLKDLDL
EMLLPETYSVKTIHVEKSMEHNSQQMIYNLLPRGILSLKVLQELPIIVVLMYQIYKNAVH
QEVAEFIPLILTTINLQPTALQRNSTQKEVFVDFMGAQVKTLSFLAYIVRIYQDIVVANS
LSVSNGMLNLMENCPKEAAHLRKELLIAARHIFATDLRQKFIPSIEKLFDEDLLIGKGVT
LDSIRPLAYSTLADLAHHVRQSLSLDVLIKAVNLFARNIHDETLAIGIQTMSCKLLLNLV
DCLRHHSEVEPVRSRNVLGTLLKVFVKKFETIAQIQLPLIIQKCKGQPPAGGATNPIGSF
NLPVLPLAEIKDDQLVSDQSKTTTGSQLICSVNVAEFRSLVKTLVGGVKTITWGFFNSKT
HVSESNMQMQEKLFSPEILCTYIDLVHFAMEALDIYTINVNPNQQRASGLISRSKEEKEV
LEHFSGIFLMMHSQNFQEIFATTIDFLVERIYKNQALQVIANSFLANPTTSPLFATVLVE
YLLDKMEEMGSNVERSNLYLRLFKLVFGSVSLFPVENEQMLRPHLHKIVIRSMELALISD
EPYNYFLLLRALFRSIGGGSHDLLYQEFLPLLPNLLEGLNRLQSGFHKQHMRDLFVELCL
TVPVRLSSLLPYLPMLMDPLVSALNGSPTLINQGLRTLELCVDNLQPDFLYDHIQPVRAA
LMQALWKTLRNQDNAALVAFRVLGKFGGGNRKMMVEPQTLQYDHSQKPKISIITYFQEYE
KPIEFPVEHAIESAFKALSSNTTDQFYRRQSWEVIRCFLAAFISLDDEKHTLLKLFTHND
FVESNIMNWPIFHNKIETSSVRGTHLTALIGMLVASATKDLRDSVCPVMAAVVRHYTMVA
IAQQAGPFPQKNFMSNGIDPMVLIDALAACMGHEEKELCKPGIACMGIILDTATNIMGNK
DRACKLPLMQYLAERMTALCYDRPWYAKVGGCQAIQFLCKHMSLRALYQHLFNFLKAFMF
VLMDLEGDVSNGALDITKNYMKTMLEICLSPISINSRNEELEDLQAKATYDVIHELVRHI
TSPNAIVREESMLLLKHIGAIQKKTVSEVMDPHKEVLADIIPPKKHFLRHQPANAQIGLM
DGNTFCTTLEPRLFTIDLTNTYHRLFFHELLTLSEAEDATLAKLDCYKNVTNLIPLRISA
LRALAACHYINDVGSKDKIINIIFKVMENDKPELQETAYNCMKTFISGTTLDREKVQAAM
RPLLSKLGDHRNLSIPAIKRLSYFTQLFPQMFNEQILQHCAKFIEIYVGLYKCSNESVNF
FATSKGGVYEQKIVTLIEMFYHITESSKYIEKLCQLVLQTEKNLMIEASSPYREALIMYL
QRFPAETVDLFMMDSIMKDPQWNRFFIFLLKHKNGQAFRTVIKNSKYVVLLDYLSWNTAM
NNTQKYNVQHQAVLIIFTLMEQDDQWIPTRPDIVDALKNMWRNHLYSTCLENVACDLWHL
VGKILLLYFSNNTNDIDSLFQLLRALCLHFIPDVYFLRDFLQNTVAQSFTVNWKRNAFFH
FVENFNNNTFTEVLKAKIITAILIPCFTVSFDKGEGNKLIGAPPTPYQEDEKNIVSVFIN
KVFDPDKQYDDAVRIALLQLACLLVERASQHIHDGDANNKRQGNKLRRLMTFAWPCLLSK
NCVDPTARYHGHLLLAHIIARLAIHKKIVLQVFHSLLKGHALEARPIVKQALDVLTPAMP
LRMEDGNTMLTHWTKKIIVEEGHAIQQLFHILQLIIRHYKVYFPVRHQLVQHLINYMQRL
GFPPNASIEHKKLAVDLAEVIIKWELHRIKQDERDVKAEESEEDLRDSHQSKRVGSEPTE
NRKKVTESSGQAVPQGVGTHTKSEDVLRSIDKSFCDTVLNFLIRLACXXXXPEIWPQPFD
IKINWLDKVLATIETPHHNLNNICTAIDFLTFLTTILSSDQLVTIIRPVQRGLSLCIIHQ
NTRIVRLMHIFLTRLMATFPPDAQHKHNDFDVLYSAISKMITDNLTFYEKTPQPNASSLF
GTLMILKACTTNNPSYIDRILVQFIRVLNRLTKDHININTTNTTSTQPTDSNSLALELLV
LSLELIKNRVVIMSVEIRKLFIGTILVSLIEKSSEVKIVKCIIKMLDDWVKCKEANISAH
VPSIREKSALLVKLMQYVEKKFADEVELNVQFLEIINYIYRDEVLKQTELTSKLEGAFLN
GLRFQNPHVRAKFFEILDSSMRRRLHDRLLYIICSQAWDTIGSHYWIKQCIELLILTANT
MTQIQCSNEAFKIPCISSVIPTNANDSQEHTFVSFLSSQPESFENVQSVNDKDDVFDIDL
KLEFTSVRKEDCQQILSTRRDTLVELIYKQAEFLEANRNIRTEQMLVATSQLCHMDTQLA
ESVWLSIFPSIWGIFTDDQRINISRELIPFLSSGTNVNQKDCSPSTLNTFVESLTHCTPS
IYIPPNLLTYLGKSHNLWHRAILVLEDLAMEYSSRNDLSNPDVTQPESDIQNLNNIYDSL
SKMYSAMHEEDLWAGLWLKYGHYPETNIAISYEQMGFFEEAQGAYDLAMTKFKQDLNSGQ
INIDVNSELLLWEEHWMRCAKELNQWDILLDYAQTNREKNMFLILESSWRVPDWNLMKNA
LSKTEQCYSKQYGYKLNLYKGYLSILYQEDRQAASVERYVEIASSLCIREWRRLPKIVSH
IHLPYLQASQQIMELHEASQIHQGLTQSRNSSLHDMKAIVKTWRNRLPIISDDLSHWSDI
FTWRQHHYQIITQHLEQQSDQGSTMLGVHASAQAIISFGKIARKHNLTGVCQETLSRIYT
IPAVPIVDCFQKIRQQVKCYLQMPSTSGRNEINEALEVIELTNLKYFTGEMNAEFYALKG
LLLTQIGRTEEAGKAFSAAVQLHDGLTKAWAMWGDYMEQIYLKDKQISHGVNALICFLHA
CRNQNENRSTVVNATITPHTLHFVKKLGSTFGIGIENVPGSVNSSISHSAASESLARRAQ
VTFQDPVFQKMKEQFTNDFDFSKPGAMKLHNLISKLKTWIKVLETKVKKLPTSFLIEDKC
RFLSNFSQKTAEVELPGELLIPSSSHYYVRIARFMPRVEIVQKNNTAARRLYIRGTNGKI
YPYLVVLDSGLGDARREERVLQLKRMLNYYLEKQKETSRRFLNITVPRVVPISPQMRLAE
DNPNSVSLLKIFKKCCNNAKIDYDMPIVRYYERLSEVQAQGTPISHTILREIFTEVQCTM
VPKTLLRQWALSTFAAATDYWQFRKMLTLQLALAYLCEHALNLTRLNPDMMYLHQDSGLM
NISYFKFDINDDKEQFNQHRPVPFRLTPNIGEFITSIGISGLLSAAIVATARCFIQPNYK
LSSILQTILRDEIITLQKKGFRQTKLLDASQEPSVDNNTMEHTIRVVNSAVDVILLRLNK
ISYFDNIEKKKISALIQSATNTDNLCRMDPAWHPWL
NT seq 10731 nt   +upstreamnt  +downstreamnt
atggcacacggcgaaaataatccggttaataatttccggaactacctaagcatattaaat
gatccgtcggcaagcgaggacatcaagctgaaggccactcaggagttgagcgaacatttt
gatatgataatgcaatctccgagttatccctcatttttggaaaatgcacttaaaatattt
atgcgtatattacaagagggggagcctcaatttatccaagaaaacacaattcagcacatt
cgtaaacttatacttgagatgatacatcgactgcccataacagagaatctgaggcagcat
gttaagtcaattataacaatgatgctgaaattattaaaaactgacaatgaagagaatgtg
ttaatcagtcttcgtataataattgacctgcacaaacatttccgtccatcttttaatcct
gagatccaactctttttaggatttgttaaggaaatttatacaaatcttccaaataatcta
acagcaatatttgaaacatcaaatgacatttggattagcgacttaaaggatctggacttg
gaaatgcttttaccagagacatattcagttaaaacgatacatgtagagaagtcaatggag
cacaattctcagcaaatgatttataatcttctacctcgcggtatattatccttaaaagtt
cttcaagagctgcccattatcgtagtattgatgtatcaaatatataaaaatgcggtccat
caggaggtcgctgaattcattcctttgatacttacaaccataaatttacagccaactgct
cttcaaagaaattccacacagaaagaagtttttgttgacttcatgggagctcaagtaaaa
acactttcatttttggcatatattgtgcgaatatatcaagatattgtcgttgcaaattcg
ttgtctgtttcaaatggcatgctgaatttgatggaaaattgtcccaaagaagcagctcat
ttgcgcaaagaattattaattgctgcgcgtcatatatttgcaacagatttaagacaaaaa
ttcataccatcaattgaaaagctgtttgatgaagatttattaatcggcaaaggcgtcaca
ttggattccattcgcccattagcgtattctacattggctgatctggcacatcatgtccgt
caaagcttaagcttagatgtcctaatcaaagcagtaaatctgtttgctcgaaatatacac
gatgagacacttgcgattggcatacagactatgtcatgtaagcttctgttgaatctggtc
gattgcttgcggcaccacagtgaagtggaaccagtgcgctccagaaatgttctagggacg
ctgttgaaagtatttgtgaagaagtttgaaactatcgcccaaattcagctacctctaata
attcaaaagtgcaagggccaacctccagctggtggagctacgaaccctattggttcattt
aacttacccgttctccctttagcagagattaaagatgatcaactggtcagcgatcagtcg
aagacaacgactggctcacaattgatttgttctgtgaatgtagctgaatttcgaagtttg
gtgaaaacactagttgggggcgttaaaacaattacttggggattttttaattcaaagact
catgtctccgaatccaacatgcaaatgcaggaaaagctgttcagtcccgagatattgtgc
acctacattgacctggtgcactttgcaatggaagcgttagatatatatacgattaatgta
aatccaaatcaacaacgagcatctggactgatttcacggagcaaagaggaaaaggaagtt
ctagagcatttcagtggcatttttctcatgatgcactcgcagaacttccaggaaatattt
gcaaccacaattgattttttggtggagcgtatatataaaaatcaggctctacaggttata
gcgaactcatttctagcgaatccaaccacatcgccactattcgctactgtgttggtggag
taccttttggataaaatggaggaaatgggctcaaatgtcgaacgatcaaacttatatctc
cgcttgtttaagctcgtctttggcagcgttagcctgtttcctgtggaaaatgaacaaatg
ctccggccacatctgcacaaaattgttatacgttcaatggagttggcgttaatttcagat
gagccctacaactattttctactgcttagggctctgtttagatcaattggtggtggcagt
catgatctgctctatcaagaattcttgccgctattacccaatttattggaaggcttaaat
cggttacaaagcggattccacaagcaacacatgcgggatcttttcgttgaactctgtttg
actgtacctgtgcgtctctcatcattgctgccgtatctccccatgctcatggatccgttg
gtttcagccttgaacggttcacctactctcataaatcaggggttaaggactttggagctg
tgcgtcgacaatttgcagccagactttttgtatgaccatatacaaccagtaagggcagct
ttgatgcaagccctatggaaaacgctaagaaatcaagacaatgctgcgcttgttgctttt
cgtgtgcttggtaaatttggaggaggcaaccggaaaatgatggtagagccacaaacattg
caatacgatcatagccagaagccaaagatctcaataattacatacttccaagaatatgag
aaaccaattgagtttcccgttgagcatgccattgaatcggccttcaaagcattgagctca
aacaccaccgatcaattttatagacgtcagagttgggaagtaatccgatgttttctagct
gcctttattagtctagacgatgagaaacatacattgctaaagttgttcacacacaatgac
tttgtggaaagcaacattatgaattggcccatattccacaacaaaatagagacgtcgagc
gtgcgtggaactcatctaacagctcttattggcatgttggttgcctcagccacgaaagat
ttgcgggactcagtgtgtcccgttatggctgctgttgtcaggcactataccatggtggcg
attgctcaacaggcgggaccattcccccaaaagaatttcatgtcgaacggcattgatccc
atggtgttaattgatgcgctggccgcctgcatgggacatgaggaaaaggaattgtgcaaa
cccggcatagcgtgcatgggaattatactggacactgctacaaatataatgggaaataag
gacagagcctgcaagctgcccctaatgcaatatttggcagaaagaatgacagccttgtgc
tacgatcgcccctggtatgccaaggttggcggctgccaggctattcaattcctctgcaag
catatgtctctacgcgctctgtaccagcatttgttcaatttcttaaaagcgtttatgttt
gtattgatggatctggagggagatgtgtcgaatggcgcccttgacattactaaaaactat
atgaaaacaatgttggagatttgcttgtcacccataagtataaattcacgaaatgaagaa
ttggaggatttgcaggcgaaggccacgtacgatgtgatccatgaacttgtgcgtcacata
acaagccccaacgccattgttagagaagaatccatgctgttattaaagcacatcggtgca
atacagaaaaagactgtctccgaggttatggacccgcacaaggaagtcctagccgatata
ataccaccaaaaaaacacttcttgaggcatcagcctgccaatgcacaaatcggattgatg
gatggcaatacgttctgtactactttggagccacgcctcttcaccatcgatttgacaaac
acataccacagattattcttccacgaattgctcacattaagtgaagcggaggatgcgacc
ttggctaaattggattgctataaaaatgtcacaaatctcataccattacgaataagcgcg
ttgcgagccttagcagcctgtcattatattaatgatgttggcagtaaggacaaaataata
aacatcatatttaaagtaatggaaaatgacaagcccgagttgcaagaaaccgcctataat
tgcatgaaaacattcatatctggtactacactcgatcgagagaaagtacaagctgcaatg
cgacctctgctttcaaaacttggcgatcacaggaacttgtccattccagccataaaacgt
ttatcatatttcacgcaactctttccgcaaatgtttaatgagcaaatattgcagcattgt
gcaaagtttattgaaatatatgtaggcctatataagtgcagcaacgaatcagtgaacttc
tttgcaacatcgaaaggcggagtatacgaacagaaaattgtgacactcattgagatgttc
taccacatcaccgaatcatcgaaatatatcgaaaaattatgccaattggttttacaaact
gaaaagaatctgatgatcgaggcatccagtccatatcgcgaagctctgatcatgtatttg
caacgttttccagcggaaacagttgatcttttcatgatggattcgattatgaaagaccca
cagtggaatcgcttcttcatattcttattaaaacataagaatggtcaagcatttcgaaca
gtcatcaagaactcgaaatatgttgtcctcttggattatttaagttggaatacggctatg
aataatacccagaaatataatgtgcaacatcaggctgtgcttatcatatttactctgatg
gaacaggatgatcaatggatcccaacaagaccggacattgttgacgctttgaagaacatg
tggcgcaatcatttgtactcgacatgcttggaaaatgtcgcttgcgatttgtggcatttg
gttggaaaaatactcttgctatatttctcgaataacacaaatgatatcgattcgctgttt
caacttttgcgagctctatgcttacacttcataccggatgtctatttcctgcgagacttt
ttgcaaaacacagtcgcacaaagctttactgtcaactggaaaagaaatgcattctttcac
ttcgtggaaaacttcaataacaataccttcacagaagtgctaaaagcaaaaataattaca
gccattttaataccttgcttcaccgtgagctttgacaaaggcgaagggaataagttgatt
ggcgctccgcccacaccgtatcaagaggatgagaagaacattgtttcagtgtttatcaat
aaagtgtttgaccccgacaagcagtatgacgatgcagtaagaatcgccctattgcagctg
gcgtgcctgctcgtcgaacgcgcctcgcagcacatacacgatggtgatgctaacaacaag
agacaaggcaataagcttagacgcctaatgacctttgcctggccatgcctactcagcaag
aactgtgtggatcctacggcacgttatcatggccacttgctgcttgcccatattattgca
agacttgccattcataagaaaatcgtactccaagttttccactcgttgctaaagggacac
gcgctcgaagccagacccattgtgaagcaggctctggacgtgttaactccagcaatgccg
ctgcgcatggaagacggaaacactatgttgactcactggactaaaaagattattgtcgag
gagggccacgcaatacaacagcttttccacatcctgcagcttattattcgccactacaaa
gtttacttccccgtaagacatcaattggtgcagcatctcataaattatatgcagcgctta
ggatttccgccaaatgcttctatcgagcataaaaaactggctgtggacttggcagaagtt
atcataaaatgggagttgcaccgcatcaaacaagatgaaagagatgtaaaagctgaggaa
tctgaagaggatttaagagatagccaccagagcaagcgagtgggtagtgaaccaactgaa
aataggaaaaaagtcactgagtcttcgggacaggctgtaccacaaggcgtgggcactcat
accaagtctgaagacgttcttcgatcgattgataagtcgttctgcgatacagttcttaat
ttccttattcgtttagcatgtcannnnnnnnnnccagaaatttggccgcagcccttcgac
ataaaaatcaattggctagataaagttctggccactattgagacgcctcatcacaacttg
aataatatatgcactgcaatagacttcctaacgttcctaactacaatattaagttcggac
caattggtgacaataatacggccggttcaacgtggtctttcgttgtgtattattcaccag
aatacaaggattgtgcgcttaatgcacatattcttaacacgactgatggcaacatttccg
ccggatgcacagcacaagcataacgattttgatgtattgtacagtgccattagcaaaatg
ataacagacaatctaacgttctacgagaagactccgcagccgaacgcctcatccttgttt
ggaaccctgatgattttaaaagcgtgcaccacaaacaatcccagttatatagaccggata
ttagttcagttcattcgagttttaaatcgtcttacaaaggatcacattaatattaataca
acgaatacgaccagcacccagccgactgattccaattctctggctctggagctgttggtc
ttatctttggaattgataaagaacagagttgttataatgagcgtggaaatacgaaaactc
ttcataggcaccatcttagtgagtctaatcgaaaaaagctcggaagtcaagattgtaaaa
tgcatcatcaaaatgctcgacgattgggtaaagtgtaaggaagctaatatctcagctcat
gtgccatccatacgagagaagtcggcactgctagtgaaactaatgcaatatgtcgaaaag
aaattcgccgatgaggttgagctgaacgttcagtttttggaaatcatcaattacatatac
cgtgacgaagtattgaaacaaactgaactgacgagcaaattggagggcgcctttctgaat
ggtctgcggtttcagaatcctcatgtgcgggcgaagtttttcgaaattctcgattcgtca
atgcgccgcagacttcacgacagactcttgtacataatctgctcacaggcatgggacact
atcggatcacattattggataaagcaatgcatcgagctgcttattttgacagcaaatacc
atgacacagatccagtgctcgaatgaggcctttaaaatcccatgcatatcttctgtgatt
ccaaccaatgctaacgattctcaggagcatacatttgtttcgtttctgtcctcacaaccg
gaatcatttgagaatgtccagagtgttaatgacaaagacgacgttttcgatattgatcta
aaactggaattcacgtccgttcgcaaagaagattgtcaacaaatactttctacgcgccga
gacacgttggtggagctgatctacaagcaagcggagttcctagaggcaaatcgaaatata
cgtacagagcaaatgcttgtagcaacatcccaattgtgccacatggacacacagctagcc
gagagcgtgtggctctcaattttccctagcatttggggtatattcactgatgaccagaga
attaatatatcgagggaattaataccgttcctgtcatcgggcacgaatgtaaatcagaag
gattgcagtcccagtacgctgaatacgttcgtggagagcctcactcattgcactccctcc
atctatattccccccaatctcttaacatatttgggtaaatcgcataatctatggcacaga
gccatcttagtgctagaagatttggccatggaatactcctcgcgcaatgatttgagtaat
ccggatgtgactcagccagaatcggatatacaaaatttgaataacatctatgattctctt
tccaaaatgtactccgcgatgcacgaggaagatctttgggctggcctctggctgaagtac
gggcattatcccgaaacaaatatagccatctcatatgagcaaatgggcttctttgaagaa
gcccagggtgcctacgacctagccatgacaaagtttaaacaggacctgaacagcggccag
ataaacattgatgtcaacagcgaattgttgctatgggaggaacattggatgcgctgtgcc
aaggaactaaatcagtgggacattttattggactatgcccagacgaatagagagaagaat
atgttcctcattctggaaagctcttggcgcgtacccgactggaatctgatgaagaatgca
ctgtccaaaaccgagcagtgctattccaagcaatatggatataaattgaacttgtacaag
ggatatttgtcaatcctgtatcaagaggacaggcaggcggctagcgttgagcgctatgtg
gagattgcctccagcttgtgcatcagagagtggcggcgcttgccgaaaatcgtctctcac
attcacctgccatatctgcaggcctcacagcagattatggaattgcacgaagccagccaa
attcatcagggcttaacgcagtccagaaactcctcgctgcacgatatgaaagccattgtg
aaaacatggcgcaatagattacccattatatcggatgatctatcgcattggagcgacatt
ttcacctggagacagcatcactatcaaataatcacgcagcacctggagcagcagtcggat
caaggcagcacaatgctgggagtgcatgcctcagcacaagctattatttcctttggcaaa
atagcgaggaaacataatctgactggagtgtgccaggagacattgtcccggatatacaca
atacccgccgtgcccatagtggattgtttccagaaaatacgccagcaagtaaaatgttat
ttacaaatgccctcaacgtcgggacgcaatgagataaatgaagcgctcgaagtaattgag
ttaacaaatctgaagtatttcacgggcgagatgaatgctgaattttatgccctgaaaggt
ttgctcctaacgcaaattggacgcactgaggaagcgggcaaggcgtttagcgcagcagtt
cagcttcacgatggtctcactaaggcgtgggctatgtggggcgactacatggagcagatt
tacctgaaggataagcaaatctcccatggtgttaacgcgttaatctgttttctgcacgct
tgtcgcaatcagaatgaaaatcgcagcacagtggtgaatgctaccattaccccgcacacg
ttacactttgtcaaaaagcttgggtcgacattcggtattggaatagagaatgttccagga
tctgtcaactcgtccatatcgcactcggctgcatcagagtccttggcacgacgggcacaa
gtcacgtttcaagatcctgttttccaaaaaatgaaagagcagtttacaaatgatttcgac
ttctcgaagcccggagcaatgaaattacataatttgatatccaaactgaaaacgtggata
aaagtattagaaacgaaagtgaaaaagctgccgacatccttcttaatagaggacaaatgc
cgattcctatcgaactttagtcagaaaactgccgaagtagagctgcccggagagctgtta
attccgtcatcatcacattattatgtgcgcatagctcggttcatgccacgtgtggaaata
gtgcagaaaaataacactgcagctcgccgattatatataaggggcacgaatggtaaaata
tacccttacctcgtagtactcgactcaggactaggcgatgctcgccgcgaggaacgcgta
ctgcagctgaagcgaatgctcaattattatttggaaaagcaaaaggagaccagtcgacga
ttcttaaatataactgtgccgcgagttgtgccaatctcaccgcaaatgcgacttgctgaa
gataatccaaatagtgtctcgctgctcaagatatttaagaagtgttgtaataacgccaaa
attgactacgacatgccaatagttaggtattacgagcgcctctctgaagtgcaagcccaa
ggaacacccatttcgcatacaattttaagagaaatattcaccgaagttcagtgcaccatg
gtaccaaagactctgctaaggcaatgggccctaagtacctttgctgcggccacggattat
tggcagtttagaaaaatgttaacacttcagttggcgctagcatatctgtgtgagcacgct
ctaaacctgacgcgtctcaatccagatatgatgtaccttcatcaggactctggacttatg
aatatatcatactttaagttcgatataaatgatgataaggagcagttcaatcagcatcga
ccagtgccattcagactgacaccaaacattggcgagttcataacaagtattggaatttct
ggactattgtcagcggcaatcgtagccacagctcgttgctttattcagccgaactacaaa
ctgagttccattctacagactatactcagagatgagataatcactttgcagaagaaggga
tttaggcagactaaattattggatgcatcgcaggagccttcggttgacaataatacaatg
gagcacaccattcgtgtggttaattcagctgtggatgttattctattgcggttgaataag
atatcctatttcgacaatattgaaaagaagaaaatttcggcactcatacaatccgccacg
aatacggacaacctttgtcgcatggatccagcctggcatccttggctgtag

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (17)   

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