KEGG   Anolis carolinensis (green anole): 100565153
Entry
100565153         CDS       T01608                                 
Symbol
ino80
Name
(RefSeq) INO80 complex subunit
  KO
K11665  chromatin-remodeling ATPase INO80 [EC:5.6.2.-]
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:acs00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    100565153 (ino80)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:acs03036]
    100565153 (ino80)
Chromosome and associated proteins [BR:acs03036]
 Eukaryotic type
  Chromatin remodeling factors
   INO80 complex
    100565153 (ino80)
   INO80 complex (yeast)
    100565153 (ino80)
SSDB
Motif
Pfam: SNF2-rel_dom DBINO Helicase_C HDA2-3 ResIII DEAD
Other DBs
NCBI-GeneID: 100565153
NCBI-ProteinID: XP_003214635
Ensembl: ENSACAG00000003531
Position
1:41820301..41894974
AA seq 1553 aa
MASELGSGEDGNCTELATPLYLQYLEKALRLDNFLRQTSAIFNRNVSSDESEDGLDDNPL
LPQPGGSLMQVKEEPSSSLLGESSGAGGSSGILNTHSLNGVLQSEPKTEKGSLYNFSKLK
KSRKWLKSILLSDDSSDSESATDEDVEDGEEFTLSREELHNMLRLHKYKKLHQSKYSKDK
ELQQYQYFSAGLLSTYDPYYEQQRHLVGPKKKKFKEEKKLKTKLKKVKKKKRRDEEISSE
ESPRRHHHQTKVFAKFSHDTPPPGSKKKHLSIEQLNARRRKVWLTIAKKELPKAYKQKVS
ARNLFLSNSRKLAHQCMREVRRAAIQAQKNCKETLPRARRLTKEMLLYWKKYEKVEKEHR
KRAEKEALEQRKLDEEMREAKRQQRKLNFLITQTELYAHFMSRKRDIGHDGIQEDILRKL
EDSSIQRQIDIGGGVVVNITQEDYDSNYYKGQALKNAEDAFRIHQAQTRSFDEDAKESRA
AALRVANKSSSGFGESYSLANPSIRAGEDIPQPTIFNGKLKGYQLKGMNWLANLYEQGIN
GILADEMGLGKTVQSIALLAHLAERENIWGPFLIISPASTLNNWHQEFARFVPRFKVLPY
WGNPHDRKVIRKFWSQKTLYTQDAPFHVVITSYQLVVQDVKYFQRVKWQYMVLDEAQALK
SSSSVRWKILLQFQCRNRLLLTGTPIQNTMAELWALLHFIMPTLFDSHEEFNEWFSKDIE
SHAENKSAIDENQLSRLHMILKPFMLRRIKKDVENELSDKIEILMYCPQTSRQKLLYQAL
KNKISIDDLLQSSMGTTQQAQNTTSSLMNLVMQFRKVCNHPELFERQETWSPFHISLKPY
QISKFLYHHGQIRVYNHSRDRWLQFLLSPFAPDHIQQSLFHRKGNEKESCFSFLRFIDIS
PAEMASLVHKGHLARWLALFLSLKATYRLQHIRFWNELEGEDQRKSPCLKNKDFLLDVSF
PLSPPNLHSCTLLQKLVFTSYCKAVIGYSDSIIHQRSATSWKQCCQITELPAFLSVVSPR
VIAVPLDFYCNDRSAEYERKALKEGGNLEAKQCILHGAPELAVSWLKRSSQLCPEHQGGL
LGVRPPNGWSFIRIPDKESLITDSGKLYALDVLLTRLKSQGHRVLIYSQMTRMIDLLEEY
MVYRKHTYMRLDGSSKISERRDMVADFQNRNDIFVFLLSTRAGGLGINLTAADTVIFYDS
DWNPTVDQQAMDRAHRLGQTKQVTVYRLICKGTIEERILQRAKEKSEIQRMVISGGNFKP
DTLKPKEVVSLLLDDEELEKKLRQRQEEKRQQEETNRVKERKRKREKYAEKKKKEDELDG
RKRKEGTNLVIPFVPSADNSNLSADGDESFVSVDSAMPSPFSEISINSELHMGSIPPDES
SNDMLVIVDDPASSAPQSRATNSPASITGSVSDNVNGISIQDMPVTGRGQSGRNRGRPKS
ASKSTGKGRSRKSTAGSAAAMAGAKAGAAAASAAAYAAYGYNVSKGMSSGSPLQTPVIRP
AGLADFGSSSTSSPLSKGNSVCGSSRTLNLTGSLAPEASIRKQYKGAHISGGR
NT seq 4662 nt   +upstreamnt  +downstreamnt
atggcctcagagctgggctcaggagaggatggcaactgcacagagctggcaacgcccctc
tatctgcaatatctggagaaagctcttcgattggataattttttacgacagacttctgcc
atcttcaacaggaatgtatccagtgatgaaagtgaagatggattggatgacaatcctctg
cttcctcagcctgggggttccttgatgcaagttaaagaagagccttcaagctccctgctt
ggggaaagttctggagcaggaggaagttctggaatattaaacacacattctctaaatgga
gtattacagtctgagccaaaaacagaaaaggggagtctttataacttttccaagttgaag
aaaagcagaaaatggctaaagagcattctcttgagcgatgactctagtgacagcgagtca
gcaactgatgaggatgtggaagacggagaggagtttactctttctagggaagaacttcat
aatatgctgcgattgcacaagtacaaaaaattgcatcaaagtaaatacagcaaagacaaa
gagttacagcagtaccagtatttcagtgcagggttgctttccacgtatgatccttactat
gaacaacagagacatcttgtagggcccaagaaaaagaaattcaaagaagaaaaaaaatta
aaaaccaaattgaaaaaggtgaaaaaaaagaagagacgggacgaagaaatatcctctgag
gagtctccacgacgccatcatcatcaaaccaaagtttttgccaagttttctcatgataca
ccacctccagggtccaagaaaaagcatttatcaattgaacagttgaatgctcgccgccgg
aaagtatggctgaccattgctaaaaaggaactgccaaaggcatacaaacagaaagtttca
gcccgaaacctgttcttaagtaacagcagaaagctggctcaccagtgtatgagagaggtg
cgtcgagcagctatccaagcacaaaagaactgtaaggagacgctacctagggcacgacgc
cttacaaaggagatgcttctttactggaagaaatatgagaaagtggagaaagaacatcgc
aaaagagcagagaaggaggcactagagcaacgcaaactggatgaggagatgagagaggct
aagaggcagcagagaaaacttaactttctgatcacacaaactgagttgtatgcccatttc
atgagccgtaaacgagatataggccacgatggaatccaggaagacatcttaagaaaactt
gaagacagttctatccagaggcagattgacatcggtgggggtgttgttgtcaacataacc
caggaggattatgatagtaactactacaagggtcaggctttgaagaatgctgaggatgcc
tttcggattcatcaggcccaaacaaggtcttttgatgaagatgctaaagagagtcgggct
gcagcgcttcgtgtggccaacaaatctagtagtggctttggggaaagctacagccttgcc
aacccttctatccgggcaggagaggacattccacagcctactattttcaatggtaaactg
aaaggttaccagttaaaaggcatgaattggctggccaatctttatgagcagggcattaat
ggaatcctagcagatgaaatggggctgggaaaaacagtgcagagcattgccttgttagca
catctagctgaaagagaaaacatttggggacccttcttaattatttcaccggcttccacg
ctaaacaactggcatcaggagtttgccagatttgttcctaggtttaaggtgctgccttac
tggggaaatccacatgaccgaaaagtgatcagaaagttttggagtcagaagactttgtac
actcaagatgctccttttcatgtggtgatcaccagttatcagcttgtagtccaagatgtg
aagtatttccaaagggttaagtggcaatatatggtgctagatgaggcacaagcactcaag
agtagctcaagtgtccgctggaaaatcttactccagttccagtgccgaaatcgactatta
ctaactggaacacccatccaaaataccatggctgagctgtgggctttgcttcatttcatt
atgccaacattgtttgactctcatgaagaattcaacgagtggttttctaaagatattgaa
agccacgcagagaataaatccgcaattgatgagaatcaactgtcccgcttgcacatgatc
ctgaaaccttttatgttgaggagaatcaagaaggatgtggaaaacgagttgtcggacaag
attgagattctcatgtattgcccgcagactagtcgacaaaaattgctgtatcaagctttg
aagaacaaaatttccattgacgaccttttgcaatcctccatgggcaccactcagcaagca
cagaatactactagtagcttaatgaatctagtcatgcagttcagaaaggtctgcaatcac
ccagaactctttgaacgacaagaaacatggtctccatttcacatttcattaaagccatac
cagatttcaaaattcctttaccaccatgggcagatcagggtatataaccactcaagggac
aggtggttgcaatttttactttctccttttgcaccggaccacatccagcaatctctcttc
cataggaagggtaatgaaaaagagagttgtttctctttcctacgatttattgatatttct
ccagctgagatggcaagccttgtgcataagggacatttagccagatggttagctcttttc
ctgtctctgaaagccacctacaggctccaacatattcgtttttggaatgagttggaaggc
gaggaccagcgtaaatctccatgtttgaagaacaaagatttcttgcttgatgtcagtttt
ccactctcccctcccaacttgcacagctgcactttgctgcagaaacttgtattcacaagc
tactgtaaagcagtaattggctactctgattccatcattcatcaacgatcagctacctca
tggaaacagtgttgtcaaattacagaattacctgccttcttgtctgtagtgagtccaagg
gtaatagctgtgccactagatttttactgcaatgatcgaagtgcagagtatgagagaaaa
gcacttaaagaaggaggaaaccttgaagctaagcagtgtatattgcatggagcacctgaa
cttgcagttagctggctgaagcggagctctcagctgtgtcctgaacatcaaggaggactt
ctgggagtcagacctccaaatggctggtctttcatcaggataccagacaaagaaagtctc
atcacagatagtggaaagctttatgccttggatgttctgttgacaagattgaaatctcaa
ggacacagagtccttatctactctcagatgacacggatgattgacttgttggaggagtac
atggtttacaggaaacatacatatatgaggctagacggctcatcaaaaatttctgaaaga
agggatatggtagctgactttcagaacaggaatgatatctttgtcttcttgttaagcaca
agagcgggtggtttaggcattaatcttacagctgctgataccgtaattttctacgatagt
gactggaatccaacagtggatcagcaggccatggacagagcacataggctgggtcagaca
aaacaagtgactgtgtaccggttgatctgtaaaggcaccattgaggaacgcattttacag
agagctaaggagaagagcgagatacaaagaatggtgatttctggtggcaatttcaaaccg
gacaccttaaaacccaaggaggtggttagtctgcttctggatgatgaagaacttgagaaa
aaattgcgtcaacgtcaggaggagaaacggcaacaagaggagacaaatcgtgtgaaagag
cgcaaacgaaaacgggagaaatatgctgagaagaagaaaaaggaagatgaattagatggc
aggaaaagaaaagagggcacaaacctggtaatccctttcgttccatcggcagataactcc
aacctctcagcagatggggatgagtcatttgtcagtgtggactctgccatgcctagccct
ttcagtgagatttccatcaacagtgagttgcatatgggctccatccctcctgatgagagc
agtaatgacatgctggtgattgtagatgatccagcatcttcagcgcctcagtcaagagct
acaaattctcctgcttccatcactgggtcggtctctgacaacgtgaatggaatttcaata
caagatatgcctgtcacagggagaggtcaatcaggtcgaaaccgaggtcgccccaaaagt
gcctcaaaaagcacagggaagggtcggagccgaaaatctacagcaggaagcgcagctgcc
atggcaggtgctaaagcaggagcagccgccgcatctgccgcagcatatgcagcatatggg
tataatgtatccaaaggtatgtcttcaggcagccctctccagactccagttatccgacct
gcaggacttgcagactttggatcatcaagcacctcttctcccttgagcaaaggcaacagt
gtttgtggatcctccagaaccttaaacctgacaggttccttggcaccagaagcctcaatc
cgaaaacaatataaaggagcccacatctcaggtgggcgatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (10)   
   RefSeq(nuc) (2)   
   GenBank (4)   
   EMBL (4)   
Protein domain (6)   
   Pfam (6)   
All databases (68)   

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