KEGG   Trichoplax adhaerens (placozoan): TRIADDRAFT_59226
Entry
TRIADDRAFT_59226  CDS       T01069                                 
Name
(RefSeq) hypothetical protein
  KO
K11661  helicase SRCAP/SWR1 [EC:5.6.2.-]
Organism
tad  Trichoplax adhaerens (placozoan)
Pathway
tad03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:tad00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    TRIADDRAFT_59226
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:tad03036]
    TRIADDRAFT_59226
Chromosome and associated proteins [BR:tad03036]
 Eukaryotic type
  Chromatin remodeling factors
   SRCAP complex
    TRIADDRAFT_59226
   SWR1 complex
    TRIADDRAFT_59226
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C HSA Myb_DNA-bind_6
Other DBs
NCBI-GeneID: 6756583
NCBI-ProteinID: XP_002115244
JGI: 59226
UniProt: B3S577
AA seq 2314 aa
MKRSNDTSLIESERKKKKNDSPTGLQSDIKVAISASIDCSDRGDGNARALQFNFAQRSSK
VDQQQDSQVHAVKTGESNASNKDNRPTDFKEPAKNEITTEISQLMPSTTSDKSTANMPQD
TMQLRQLILEFRKSEMEKIKAVFNSRLQELFFLQGGGNMMDYLAWKRRPNEQLAAFLKAN
EFASTTSSMLSPTTNTVTVTYTPISIESQSSNSISTTPTDGDDNKLQDLDQPSNNNQIAE
RRDSANGLTSPLPKSLPSETKFKSELSPSETSDLVAQRSDDIAMKAKKEVDILHRIDELK
KQGLWSANRLPRASLLPVNKCHHNYLMEEMLWLSNDFIQEKKWKLNMLRKICRGVLKFHQ
DKEMKKQRAKKEEQQRLRRIATTLAKEVKQFWSQIDKLVQYKIRCKIEVKKKKARDLHLK
LIVGQTERYSSWLMKGLYSSKPNTSEIVKNQDDADFKPVHESDDEITIEQEERLMKSGGK
DYENEIEMLKRESELPLEDLIKSLPLEAFQDDKKTSENSDSEDETDNNSLAEPESEDCQN
DDDFATSDQEEDDDEMTLEEQENHESGNVDHKSEIEELKKDCEMSLDDLLKMYGGTAPCT
SSSDVSDISAGRDDDDDGSSDESAFESDESSSLEGTKFLIENEEASDQEKADSRDYKMEL
TEVSEEAKSFQPTGYTLSTTTVKTPVPFLLKHQLREYQHVGLDWLVAMDKSHLNGILADE
MGLGKTIQTIALLAHLACEQSCWGPHLIIVPTSVMLNWEMELKKWCPAFKILTYYGSVKE
RKQKRQGWTKVNAFHVCITSYKLVLQDHSSFRRMRWQYLVLDEAHNIKNFKSKRWQKLLN
FNSRNRLLLTGTPLQNNLMELWSLMHFLMPNVFSSHKDFKDWFSNPLTGMIEGSQEYNED
IINRLHKVLRPFLLRRLKREVEKQLPKKYEHVVRCKLSRRQKFLYDDYMSRTKTKETLAS
GQFLSVINVLMQLRKVCNHPDLFEVRPVVSPLIMEGICFITASLVVNALEYGYFDRIDLQ
SIGLCFTHLDFTTDSLATTRGYHLQTPKINIENELFDEDVQPVQFGYLRPVKKNEFLEKL
HKIKYDKKHIPMHQIYMTQSEIAFKELPRPQSLAPSLVSPVLSISPEFLPPGYAAIDTET
HDNSQVTVAGKSNEGVNKNTYNLLKDIFKDAELSAKRDKQRKDKLHRIARINARSCGMHP
IIGSELVATLRECTKYDNSKSKQWTHCTYSNHPKSIDGSLFWDYTNTLIATLNVRETMLT
HLQGTMNRFTMYTPVVCVPPIELHASHPAPSYLTKESRRIEILKSDLRKPCLDLHTSATR
QCFNFPDRRLIQYDCGKLQALDILLHDLKAKGHRVLIFTQMTKMLDILEKFLNFHGHVYL
RLDGATPVERRQMLTERFNNDKRVFCFVLSTRSGGLGVNLTGADTVVFYDSDWNPTMDAQ
AQDRCHRIGQTRDVHIYRLISEFTIEENILKKANQKRLLGGVAIEEGNFNTAFLKKDHIQ
ELFSVDQPTQNKQSLATIEDIEEEVAVSKELSKNHFTQTEFEQALLLAEDKVDAQAATQA
RVEQAADLAEFNESVPLDTDGATTRSVSEDEETLKLEEEFVTLQSQLNPIEKYAVNFLEK
SLTAETKQRIQAAEQAVAIAKKEWEITHKAALQDVNRSSSEEANDLIFASELSNNQLLTW
MPPTPPDDADDNGSTLNERLRGYQNSTLSESDQPPPHNASGVRSLIVSIADTRMRKKDQR
DYIRPPRSLFDRKYVTGGDNRYVSRKVKGKLNKPPLPLNVRQTETKPFPDWAIADDWALL
QAIRTILDLPLSLTVSYPAHNINWDLISNVVSSSGQIYRSPRQCRERFFNTLQQREEGKV
KVNKGLQTHQLISQDKGRTQVGGYNGVFDMVKRIGNKRKPTLRQMLVISHHKNSKHIESL
KKSVTTTSTITPIQLAAKRVERLTKEKVQQQQLSHSQQTSQQPSWSSNLGATTASTATIR
PISLTTTTLNSQVKATTANITASSGGRVNTTIIQQSHPASTTVASTQHKTTASSAQQSHQ
VIGKGQVTTTVTTVTGRSVLTTIPIAATSQQVGRSIQVPGSNRGSAAQTQLMQKYTPAQL
RLLREKAMQSPTVQQQLQAKQMTSQPLPDPPTKRPQTPILQQKLQQGQPPKTQPSSAAIA
AAAAVKQAQKIQAQHKAGLSQQLTAFTQQGGRSQSQAGQLPITSMRISQQNIPQHHSQLK
QQQLLKQSQVQSSQNSAQIIKIQQLQLQKLQSKTPLSSQSQQTQQRQPLQTPSPQHKQTT
VQQISREPLPVSSELSAVAYASFLLFTETHLKFL
NT seq 6945 nt   +upstreamnt  +downstreamnt
atgaagagaagtaatgatacttctctcattgaaagcgagagaaaaaagaaaaaaaatgac
tctccaactggcttacaaagcgatatcaaagttgctattagcgcatccatcgactgtagt
gatcgtggagatggcaatgcgcgcgctttacagttcaattttgctcaacgctcgtctaaa
gtagatcagcaacaagacagccaagttcatgcggttaaaacaggtgagagcaatgcgtca
aataaagacaaccggccaactgatttcaaagagccagctaaaaatgaaataaccactgaa
atcagccagctaatgccatccaccacaagtgataagtcgactgcgaacatgcctcaagat
acaatgcaattgagacaattgatccttgaatttcgaaaatctgaaatggagaaaattaaa
gctgtcttcaatagtcggttgcaggaattgttcttcttacagggtgggggaaatatgatg
gattatcttgcttggaaaagacgacctaatgaacagttagcggcttttttaaaagccaat
gaatttgctagtacaacatcatcaatgctttcacctaccaccaatactgttactgtaacc
tacactccaatcagtatcgaatcccaaagcagcaattctatcagtacgactcctactgac
ggagatgacaacaaattacaggatttagatcaacctagtaataataatcaaatagctgaa
aggcgtgacagtgccaacggtttgacgtcgccgttacctaaatctctcccatcggagacc
aaattcaagtctgaattatcaccttccgaaaccagtgatttagtagcacagcgttccgac
gacattgctatgaaagctaaaaaggaagtagatatactacatcgaattgatgaactaaaa
aagcaaggtttatggtcagctaatcgcttaccaagggctagtctattgccggtcaacaaa
tgccaccataattatttaatggaggaaatgttatggctttcaaatgactttatccaagag
aaaaaatggaaattaaacatgcttcgaaagatatgtcgaggtgtgttaaagtttcatcaa
gataaggaaatgaagaagcaacgcgctaagaaagaagagcaacaacgtcttagacgtata
gccacaacacttgcaaaggaagtgaagcagttttggtctcaaatcgacaagttggttcag
tacaaaattcgatgtaagatcgaagttaagaagaagaaggcgcgtgacttacatttaaag
ttaattgttggccagacagaaagatattcttcctggctaatgaaaggcttatacagtagt
aagccaaacacaagtgaaattgtgaaaaatcaagacgatgcggattttaagccagtacat
gaaagcgatgatgagataacaattgaacaagaagagcgtctgatgaaatctggtggtaag
gactacgaaaatgaaattgaaatgttaaaaagggaaagcgaattgccgttagaagatcta
attaagagtttgcctttggaagccttccaggatgacaaaaaaacctccgaaaactcggat
tcagaagatgaaactgataataattcacttgccgagcccgaatctgaggattgtcaaaat
gatgacgattttgctacctctgatcaggaagaagacgatgatgaaatgacattggaagag
caagaaaatcacgaatcaggaaacgttgatcataaatctgaaattgaagaactaaagaaa
gattgtgaaatgtctttagatgatctgttaaaaatgtacggcggcacagctccttgcact
tcctcatctgatgtttcagacatttctgctggcagagatgacgacgatgatggtagtagc
gatgagtccgcttttgaaagtgatgaatcttctagtttggaaggtacaaaatttctaatt
gagaatgaagaagcgtccgatcaggaaaaagctgattcaagagattataaaatggaacta
actgaggtttctgaagaggccaaaagttttcaacctactggttacaccctctctacaaca
acagttaaaactccagttccattccttttaaaacaccaacttcgtgaatatcagcatgtt
ggtttagattggctagttgctatggataagagtcacttaaatggaatattagctgatgaa
atgggattaggaaagactattcaaactatcgctttactagctcatcttgcttgtgaacaa
tcttgctggggtccccatttaatcatagtaccaaccagtgtaatgttaaattgggaaatg
gaactgaagaaatggtgccctgcctttaaaatattgacttactatggaagcgtaaaggaa
agaaagcaaaaacgtcaaggatggacgaaagtaaacgccttccatgtttgcattacgtca
tataaattagttttgcaagatcattcctcatttagaagaatgagatggcaatatttggtg
ttggatgaagcacataatataaaaaattttaaatctaaacgatggcaaaagctattaaat
tttaatagtagaaatcgattattactaactggaacgccgttacagaataatttaatggaa
ttatggtcactaatgcattttctgatgccgaacgtattttcctcacataaggattttaaa
gattggttttcgaatccgttgacagggatgatcgaaggcagtcaggaatataatgaagat
attattaatcgattacataaagtattaagaccatttttattacgccgattgaaacgagag
gttgaaaaacagttacctaagaaatatgaacatgtagtaaggtgtaagttatcgagaagg
cagaaatttttgtatgatgattacatgtctcgaacaaaaacgaaggaaacacttgcttca
ggtcaatttttaagtgtaattaatgtattaatgcagttacgcaaggtatgtaatcatcca
gatttatttgaagtacgaccggtagtttcaccgttaataatggaaggtatttgtttcata
accgcgtctttggttgtaaatgcactggaatatgggtacttcgatcgaatagatttacag
agtataggtttatgttttacacatttggattttacaactgatagcttagccacaacacga
gggtatcatttgcaaacacctaaaattaatatagaaaatgaactctttgatgaagatgtg
caacccgttcaatttgggtacctgaggccagtaaagaagaacgaattcttagaaaaatta
cataaaattaaatatgataaaaagcatataccaatgcatcagatttatatgactcaatct
gagatagcctttaaagaactacctagaccgcaatcactggcaccgagtttagtatcacca
gtgctatctataagtccggaatttttaccacctggttatgcagcgatagatacagaaact
catgacaactctcaggtgacggtggccggtaaaagcaatgaaggggttaataaaaacact
tataacttactgaaagatatatttaaagatgctgaattaagcgccaaacgcgataagcag
agaaaagacaagttacatcgcatcgctagaataaatgctcgctcttgtggaatgcatcca
attataggcagtgaattagtagctacgttgcgggaatgtacgaaatatgataatagtaaa
tcaaagcaatggactcattgtacgtattccaatcatccgaaaagtatagatggttcttta
ttctgggattacactaacactttaatagctacgttaaatgtacgggaaacaatgttgact
catcttcaaggaaccatgaacaggtttacgatgtacacgccagttgtgtgtgtgccaccc
attgaattacatgctagccatccggcgccatcctatttgactaaagaaagtcgacgaatt
gaaattttaaaatcggatctcagaaagccttgcttggatttgcatacatcagctacccgt
cagtgtttcaattttcctgacagaaggctaattcaatacgattgtggaaaattgcaggca
ttagatatattattgcacgacttaaaagcgaaagggcatagagttttaattttcactcaa
atgacgaagatgctagatattcttgaaaaatttctgaattttcacggtcatgtatattta
aggctggacggtgcaacacctgtagagcgtcgccagatgctgacagagcgtttcaacaat
gacaagcgcgttttctgcttcgtgttatccactcggagtgggggattaggtgttaatcta
accggtgcggatacagtggtattttatgatagcgactggaatccgaccatggatgcgcaa
gcacaggatcggtgccatcgaattgggcagacacgtgatgttcatatctatcgactgata
tccgaatttactatcgaagagaatatattaaagaaagcgaaccagaaacgactcttggga
ggtgttgcgatcgaggaaggcaattttaatactgccttcttaaagaaggaccatattcaa
gagcttttcagcgtagatcagccaactcaaaacaaacagtctttggccactattgaagat
atagaagaagaagtagccgtttctaaagagttatcaaaaaatcatttcactcaaactgaa
ttcgaacaggctctgttgctagcggaggataaagtggatgctcaagctgcgacacaggct
agagtagagcaagcggctgatcttgcagaatttaatgaaagtgtcccattggatacagat
ggtgcaacaacgagatctgtttctgaagatgaagaaacgctaaaattagaagaagagttt
gttacgttacaaagtcaactcaaccctattgaaaagtacgctgtaaacttccttgaaaaa
tcgttgactgcggaaacgaagcagcggatacaagcggctgagcaagctgtagccattgct
aagaaagaatgggaaattacacataaagcagcattacaggatgttaatagaagttcaagc
gaagaagcaaatgatctaattttcgcgtcggagctcagcaataatcagttgttgacatgg
atgccaccaacaccaccagatgatgctgatgataacggtagcacgctaaacgagcgatta
agaggatatcaaaattctacattatctgaatctgatcaaccaccaccgcataatgccagt
ggagttagaagtttaattgtatcaattgcagatacaaggatgagaaagaaggatcaaaga
gactatattcgcccaccgcgttcattgtttgatcgtaaatatgtgactggtggagataat
cgatacgtgagtaggaaagttaaaggaaagttaaataaaccaccattacctctgaatgta
agacagacagaaaccaagccatttcccgattgggctattgctgatgattgggcgttactg
caggcgatacgtactatcctagaccttccactcagtttaactgtttcgtatcctgcccat
aacatcaattgggatctcattagtaatgttgtcagttcatctggtcagatttacagatct
ccgcggcagtgccgtgaacgtttcttcaacactcttcagcaacgggaagagggcaaggta
aaagtgaataaaggcttacagacacatcaattgatatctcaggataaggggcggactcaa
gttggtggatataatggagtttttgatatggtaaagcgaattggtaataagaggaaacca
acattacgacagatgcttgtcatttcgcatcataaaaattctaaacatatcgaatcatta
aagaaaagtgttactaccacgagcacaataacgcctatacaactagcagctaaaagagtt
gaacggcttacgaaagaaaaggttcaacagcagcaattatcacactcacaacaaacttcg
cagcaaccatcatggagttcaaatcttggtgctacaactgcttcgactgctaccattagg
cctatatcactaacaacaaccactttaaatagccaagtaaaagccactacagcgaatatt
acggctagttctggaggaagagtaaacacaactataattcagcaatctcatcctgcttca
actacggttgcatcaacacaacataaaaccactgctagctcagctcaacaatctcatcaa
gtcataggaaaagggcaagttactacgactgtaactactgttaccggtcgctctgtcttg
acaactatcccaattgcggcaacatcacaacaggttggaagatcaatacaagttcctggc
agtaacagaggttcagctgctcaaacgcaacttatgcagaagtataccccagctcagtta
agactcctacgagagaaagctatgcagtctccgaccgtgcagcaacaattacaagctaag
caaatgacttcacagccattgccagatcccccgactaaaaggccacaaacaccgatacta
cagcaaaaactccaacaagggcagcccccgaaaacgcaaccatcgtcagctgcaattgcc
gcagctgccgcagtgaaacaagctcaaaaaattcaagcgcaacataaagcgggattatcg
cagcaattaactgcatttacacaacaaggtggaagatcgcaatcacaagctgggcagctt
ccgattacaagtatgcgtatttctcaacagaatatacctcaacatcacagtcagttaaaa
cagcaacagttattgaagcaatcacaggtgcaaagctctcaaaatagcgctcagataatc
aaaattcagcagttgcagctgcaaaagcttcagtcaaaaacgccattgtcttcacagtct
caacaaactcagcagcggcagccattacaaacgccttcgccacaacataagcaaacgact
gtacagcaaatatcaagagagccattgcctgtgagtagcgaactatcggcagtagcatat
gctagttttttgctattcaccgaaactcatttaaaatttctataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (87)   

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