KEGG   Strongylocentrotus purpuratus (purple sea urchin): 590972
Entry
590972            CDS       T01019                                 
Name
(RefSeq) chromatin-remodeling ATPase INO80
  KO
K11665  chromatin-remodeling ATPase INO80 [EC:5.6.2.-]
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:spu00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    590972
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:spu03036]
    590972
Chromosome and associated proteins [BR:spu03036]
 Eukaryotic type
  Chromatin remodeling factors
   INO80 complex
    590972
   INO80 complex (yeast)
    590972
SSDB
Motif
Pfam: SNF2-rel_dom DBINO Helicase_C HDA2-3 ResIII UNC80_C
Other DBs
NCBI-GeneID: 590972
NCBI-ProteinID: XP_030855045
Position
Unknown
AA seq 2047 aa
MSEENTSAGSAVVEAIPPDGPVGGVPLAKPIHIQRLEHAVRLDSFLDFVDQCMEEPLLEG
KSPEKDKDLEEIGREFVPKTLPNPVIDQGFLSDVKCDQDTVNSDTLAKAERRADKRKFFN
FGKVKKNRRWLKAILLSDSSDLEDEEEEDKSLSKNDLREMLRLHKFGRQCKNQVYIESEL
QQYQYYSAGLLSNYDKFLDHQRTIVGPKKAKKTSSSSKIKEKLKRERDRKELSEDQGEPQ
MMQECVSDYDGSVAVFQDANRKFTSIKDVDARRKRIWLAIAKRDIPKAHKHRASVHNNIL
TNCRKMAQGCQKELRRAAIQSQRVCKETPYRARRLTREMMAFWKHYEKVEKEHRRKAEKE
AQEQRRIDDEFREAKRTQRKLNFLITQTELYAHFMSRKLTGQGDEERNRILNMLDEKTPK
RLRTVKQGLLVDIETDDYDTETMKQRALLNVTHAYNSFENSKNDFDTELHLPQQDSAFSL
STTSMDTEQHPQPSMFRGTLKSYQLKGMNWLINLYDCGINGILADEMGLGKTVQSIAFLA
HLAESQGIWGPFLVVAPASTLHNWTQECSRFVPKFRVLPYWGNPQDRKTLRKFWGQSSSV
LHTEQAEFHILVTSYQLVVQDIRYFQRIKWHYMILDEAQAIKSSSSVRWRLLLGFNCRNR
LLLTGTPIQNSMAELWALLHFIMPTLFDSHEEFNDWFSKDIESHAEKQSGFDEEQLSRLH
MILKPFMLRRVKKDVENELSDKIEILMYCQLSTRQRLFYRAIKNKISIEDLFKSHYSTTA
QTQTNNLMNLVMQFRKVCNHPELFERRDTSSPFHTHLDEVTLPRLLLQDIIQNQPLRNKV
LYHMLSIFTAENIHYSLFGEPSSSPGSSSCGSAFSFSCFVETTPAQLQSLKTGLMASWLL
LFLVMKAAYRVYLDGIWKETVNSNRRLLLVRPLCATSQASRSCSPILQELLFTSWTTTLS
SHNTHLFHHMPETGWHKRVRTRTSHTLTPAPTVLSSPQSSSSSSGVLSPLRHKSTSHASP
SGAKSPGFTFAGSGKSPSSQGSESPAFKQVSSLIAPRMRPVTVRRCQRTDMPAFLFNTIP
KVNAAPVNFYCKDRRETYQLSRLRHGDSIEAMQCVKYGSPEIYQERRSNLLRPPAVGGLS
ALKPHYGYTKIQIPDKDYLVTDSGKMHVLDDLLSQLKDQGHRVLIYSQMTRMIDILEEFL
WHRKHTYMRLDGSSKISDRRDMVAGFQSRTDIFVFLLSTRAGGLGINLTAADTVIFYDSD
WNPTVDQQAMDRAHRLGQTKQVTVYRLICKGTIEEHILERAREKSEIQRMVISGGHFKLE
QLKPKEVVSLLLDDEDIEMKFRMKQSEKKSPDDRPQSKERKRKRDKDGESVKEGWKKVKT
EVISDTANVSLDGDDSILSVDSAAPSPVSVVSVGSESNHARSLSLTPVPQDENSNDGLLI
VDEASPSQSIEGDDTSPAGKSRAGVGRGMRTKQSPGAVKKTSQRIGRPRKGIAAAAMAGA
RAGAVAGTAAAYAAYGFNLVGKQESSSPASTTPPPSIATSEGLTSPSASTESIAGSTTSP
PAKKQVFEVQATGIPEPTQDRGGTKTGDSKPQEECSASDAKVGTKTSPKQEKSASLLSNS
DGTLVKNSPPKASSPGKVSLQVRPSEGTVHALRKSPDLGKELTMTKGHTQNKSILSVVSN
LKAADQERMAYHISLAKSDGLSPPKESHPNPISLVKNASGQIPTSALLEESKLMVTSDPE
STTSLGNAIQHKKPDNFVTVTTESQKQPGTLSMHSLKLEKQAQMSSMLQQSKPQTIGQSG
ELAMTSPPKSPVQYSPRRAKSPISSFYRSESPGSSGHRSKSPVSDAYNSKSPVVSVHGSK
SPVNSAHGSKSPVNSAHRSKSPVSSTLGSSTAPGSNALSSKSPVSPAHGSKSPVSATLIS
KSPVSSTYRSKSPVSAKSPVSPAHGSKSPVSPTLISKSPVSSTHRSKSPVSAKSPVSPAH
GSKSPVSATQSSKFPLGLNANSKSPSHKSPGRQSPGQVVPLDLRSKPVVTKPSATSTGPP
TTIQNSS
NT seq 6144 nt   +upstreamnt  +downstreamnt
atgagtgaagaaaatacttcagccgggtctgcagtagtggaagcgattccgcccgacggc
ccagtagggggcgtcccacttgccaaacccattcatatccagcgtctggaacacgctgtt
cgtttggactcatttcttgactttgtagatcagtgcatggaagagcccttactagaggga
aaatcaccagaaaaagacaaagatttagaagagattggaagagaatttgtgcccaagact
ctgccaaaccctgtcattgaccaggggttcctatcagatgttaaatgtgaccaagatact
gtaaacagtgatacactagccaaagcagagagaagagcagacaagaggaagtttttcaac
tttgggaaagtgaagaagaataggaggtggctcaaggccatcctgttgagtgattcatcc
gatcttgaggatgaggaagaagaggacaagtctctctcaaaaaatgacctccgggaaatg
ctgagactacataaatttgggagacagtgtaaaaaccaggtctatatagaaagcgaactt
cagcaatatcagtactacagtgcaggacttctgtccaactacgacaaattcctggaccat
cagaggacaatcgttggtcccaagaaagctaagaaaacttctagcagtagtaaaatcaaa
gaaaaactcaagcgagagagagataggaaagaactaagtgaggatcagggtgagccacag
atgatgcaggagtgtgtctcggactatgatggctcagtagctgtgtttcaggatgctaat
agaaagttcacctcaatcaaggacgttgatgcccgaaggaagagaatatggctggccatt
gcaaagagagatatccccaaggctcacaaacatcgtgcttcagtgcacaacaacatactc
acaaactgtcggaagatggctcaggggtgccagaaggagctacgccgagctgccatccag
tcccagagggtgtgcaaggagacaccttacagggcaagacgtcttacccgtgagatgatg
gcattctggaagcactatgagaaggtggagaaagaacaccgcaggaaggcagagaaagaa
gcccaggaacagagaaggattgacgatgagttcagagaggcaaagcgaacgcagcgtaaa
ctgaacttcctgatcacccagaccgaactctatgctcatttcatgagccgtaagctgacg
ggccagggagatgaggaaaggaatcgtatactcaacatgctggatgagaagacacctaaa
cgactgcgtactgtcaaacagggcctacttgtggatatagaaacagatgattatgatact
gagacgatgaagcaacgtgccttattgaatgtgacccacgcatacaactcatttgagaac
tccaagaatgattttgatactgaattacatttgccacagcaagactcggcatttagtttg
tctactacatctatggacacggagcagcatccgcaaccctccatgttccgagggaccctc
aagtcgtatcagcttaaagggatgaactggctaatcaacctgtatgactgtggtatcaat
ggcattctagctgatgagatgggtctggggaagacagtacagagtattgcctttctagct
catctagctgagagccaaggtatctggggtccatttctagtggttgcaccagcatcaact
ctacacaactggactcaagagtgcagtagattcgtgccaaagttcagggtattgccctac
tgggggaatcctcaggaccgcaagactctccgcaagttctggggtcaaagctcctctgta
ctccacacggaacaagcagagttccacatcttagtgaccagttatcagctggttgtacag
gacatcaggtatttccaacgcatcaagtggcattacatgatccttgatgaggcccaagcc
atcaagagcagctctagtgttcgctggagactactgctagggttcaactgtaggaacagg
cttctgctcaccggtacacctatccagaatagcatggcagagttatgggccttgcttcat
ttcatcatgccaactctgtttgatagccatgaagagttcaacgattggttctctaaggac
atagagagtcatgcagagaaacagtctggatttgatgaagagcaactatctagattgcac
atgatactgaaacccttcatgttgaggagagtcaagaaggatgtggagaacgagctctca
gacaagattgagattctgatgtactgtcagctgagcactcgtcaacgtctcttctaccga
gccatcaagaacaagatctccatcgaagacctgttcaagtctcactactctaccaccgcg
cagacacagaccaataatctcatgaaccttgtcatgcagttcaggaaggtgtgcaatcat
cctgagctgtttgagagaagggacaccagttctccattccacactcatcttgatgaggtt
acactaccaaggttactgctgcaagatatcatccaaaaccagcctctgagaaacaaggta
ctgtaccacatgctttcaatcttcacggcagagaacatccactattctctgtttggtgaa
cccagctccagccccggctcctcctcctgtggatcagccttctctttctcctgctttgtg
gagaccacaccagctcagctccagtccctcaagactggactcatggctagttggctcctg
cttttcctagtcatgaaggccgcctacagggtctaccttgatggtatctggaaagagaca
gtcaacagcaataggagactcctccttgtgcgaccactctgtgcaaccagtcaagccagc
cgctcctgcagccctatcttgcaggagctgttgttcacttcatggactaccaccctgtcc
tctcacaacacccatctcttccatcacatgccagagacgggatggcacaagagggttcgg
accaggactagccataccctgacccccgcccccacggtgctatcatcaccccaatcatcc
tcatcttcatcaggagtgttgtctcctctcaggcacaagagcacctcacatgcctctccc
agtggggcaaagtcaccaggattcacctttgctggatcaggaaagagtccttccagccag
ggtagtgagagtcctgcattcaaacaggtgagctctctgatcgctcctcgtatgagaccg
gttactgtcagaagatgccaaaggactgatatgcctgccttcctcttcaatactatacca
aaggtaaatgctgcacctgtgaacttctactgcaaggatcgtcgtgaaacctaccaactc
tctagactgaggcatggtgatagcatagaagcaatgcaatgtgtcaagtatggttcacca
gagatctaccaggagagaaggtccaatctactcagaccgcctgctgtcgggggtctctct
gctctcaaaccacattatggatatacgaagatacagataccagacaaagactacttggtg
acggactcagggaagatgcatgtgctagatgacctcttgtctcagctaaaagatcaaggt
catcgtgtcttgatctactctcagatgacaaggatgatcgacatcttggaggaattctta
tggcatcgcaaacacacctacatgaggttggatggttcttctaagatctcagatcgcagg
gacatggtggctggctttcagtcaagaaccgacatctttgtgttcttactgagtacccgt
gctggtggtctaggtatcaacctgaccgctgcagacacagtgatcttctatgacagtgac
tggaacccaacagtagaccagcaggccatggaccgggcccatcggctgggccagaccaag
caggtcacagtctatcggctcatctgtaagggtaccatagaggagcatatactggagaga
gccagggagaagagcgagatccagaggatggtgatatctggtggacacttcaagctggag
caactcaaacccaaagaagttgtctcactccttcttgatgatgaggacattgaaatgaag
tttcggatgaagcaatctgagaagaagagcccagatgacagacctcaaagcaaagaaaga
aaacgcaagagagataaagatggagaaagtgtgaaggaaggttggaagaaggtcaaaacc
gaggtcatatctgacactgctaacgtgtctcttgatggagatgattctattctcagtgtg
gactctgctgctcctagtccagtcagtgtggtatctgttggaagtgagagcaaccacgcc
cgttccctgtcgttaacaccggtaccacaggatgagaacagtaacgatggtctgctcatc
gttgacgaagcctcacccagtcagtccatagagggcgatgatacatcaccagctggcaaa
tctcgagctggggtgggtcgtggcatgcggaccaagcaatccccgggtgcagtgaagaag
accagtcagaggattggtagacccaggaaagggatagccgctgcagcaatggctggagct
agagcaggggctgtagccgggactgctgctgcttatgctgcctatggcttcaatcttgtg
ggtaaacaagaatccagtagtccagcaagcaccactcctcctcccagcatagccacatca
gaagggctcacttctccatccgcatcaacagaatcaatagctggctctactacatctcct
cctgcaaagaaacaagtttttgaagtacaggcaacaggaataccagagccaactcaagac
agaggtggtacaaagacaggagatagtaagccacaagaggaatgtagtgcaagtgatgct
aaggtgggaacaaagacctctcccaaacaagagaaatctgcttctctcttatcaaattca
gatggaactttggtaaagaactcacctcctaaagcatcaagtccaggaaaagtatcactc
caagttcgtccaagtgaagggacagtccatgctctcaggaagtcacctgacttgggcaaa
gagctgaccatgacgaaaggtcacacacaaaacaaatcaatcctgtcggtagtaagcaac
ctaaaagctgctgatcaagagagaatggcttaccatatcagtctggccaaatccgatggg
ctgagtcctcccaaagagtcacatccaaaccccatatcgcttgtcaaaaatgcttctggt
caaatcccaacttctgctttgctcgaagagtccaaactaatggtgacaagcgaccctgag
agcactacatcactgggaaatgctattcagcacaagaaacctgataattttgtaactgtg
acaacggaatcccagaaacagcctggaaccttgagtatgcattctctgaaattggaaaaa
caagcacagatgtcttcaatgctgcagcaatctaaacctcaaactataggacaatcagga
gagctagcaatgacatctcctccaaagtctcctgttcaatattcaccacgccgtgccaag
tcacccatcagctctttttatcgtagtgagtctcctggtagctctggtcatcgtagcaaa
tctccagttagtgatgcctataacagcaagtctcctgttgtctctgtccatggcagcaag
tctcctgttaactctgcccatggcagcaagtctcctgttaactctgcccatcgtagcaag
tcaccagtaagctctacccttggtagcagcacggctcctggtagtaatgctcttagcagc
aagtcccctgttagccctgcccatggtagcaagtctcctgtaagtgctaccctaatcagt
aagtctcctgtcagctctacctatcgtagcaaatctcctgtaagtgctaagtctcctgtt
agccctgcccatggtagcaagtctcctgtaagtcctaccctaatcagtaagtctcctgtc
agctctacccatcgtagcaaatctcctgtaagtgctaagtctcctgttagccctgcccat
ggtagcaagtctcctgtaagtgcaacccaaagtagcaagttccctcttggcctcaatgca
aactccaagtctccttctcataagagcccaggtaggcaatcacctgggcaagtagtccca
ctagatctacgttcaaaacctgttgtcacaaagccatctgctacgtcaacaggacctcct
actactatacagaacagtagttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (78)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (100)   

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