KEGG   Eutypa lata: UCREL1_5949
Entry
UCREL1_5949       CDS       T03103                                 
Name
(GenBank) putative ino80-like protein
  KO
K11665  chromatin-remodeling ATPase INO80 [EC:5.6.2.-]
Organism
ela  Eutypa lata
Pathway
ela03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:ela00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    UCREL1_5949
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ela03036]
    UCREL1_5949
Chromosome and associated proteins [BR:ela03036]
 Eukaryotic type
  Chromatin remodeling factors
   INO80 complex
    UCREL1_5949
   INO80 complex (yeast)
    UCREL1_5949
SSDB
Motif
Pfam: SNF2-rel_dom DBINO Helicase_C HDA2-3 ResIII
Other DBs
NCBI-ProteinID: EMR67055
UniProt: M7TK15
Position
Unknown
AA seq 1444 aa
MPEKEKKPARKSKGRESLLKESGSSSKRKSASGQAKETSSRAPKRQANGQPKPKTLPADK
EKKIQSELELLDSRIDDIDLSELETERQSYMTRSKKRKLNFGKDEYQDNIVRRADLTSML
SKKLLTHASLGKRRYEDLHYEEALQEVRERELFAEKERKKDMQRKRRREKSMQVTIEQKE
AALAKALAAEDEQERQKHLREAERANKKAQQTKLILQKGIKGPARNIAPLELNMDGGTMS
TFQATDQESSGKSKSKRSGNRPKKSKEQKQAEKDSAEAAQAAIDAGEELPSKEETKIRIK
LSKGSSKDPKEKDKETKDAPKEPKEKEKEVEETPVNPLETRFQSKGYNQIYDQIWRDLAR
KDVPKAYKLAGDSYATKASNLKKTAILASKEAKRWQLRTNKGTKDLQARAKRCMREMMGF
WKRNEREERDLRKAAERQELENARKEEADREAARQKRKLNFLISQTELYSHFIGKKIKTD
EVERSTDNPDIAGDAKALTTAKVNVDEPTGPVGSKVTNFDQLNFDAEDEEALKAAAVANA
QNAIAEAQQKARAFNNPDTDMDEDGEMNFQNPTGLGDVTVEQPKLLNCQLKEYQLKGLNW
LANLYEQGINGILADEMGLGKTVQSISVMAYLAEVHDIWGPYMVVAPASTLHNWQQEITR
FVPEFKVLPYWGSAADRKVLRKFWDRKHNTYKKDAPFHILITSYQLVVSDVAYFQKMRWQ
YMILDEAQAIKSSQSSRWKCLLGFHCRNRLLLTGTPIQNNMQELWALLHFIMPSLFDSHD
EFSEWFSKDIESHAQSNTTLNEDQLKRLHLILKPFMLRRVKKHVQKELGDKIEQDVFCEL
TYRQRALYKNLRNQISIMDLIEKATLGDDQDSGTLMNLVMQFRKVCNHPDLFERADTTSP
FFAGCFAETASFVREGPNVHVGYSTRNSIEYNLPRLVWSEGGRLYKADKNNEKAGFRNKY
LNHLMNIWTPENIRESSSGNDSFSFLRFADTSPEEVYHASHSDVFSRAAALATRENRLGR
LKVVYDEPGEENFVPAHALLQVNARLDRKPLAEITKEGVLGDLMNISGSVWRDSGLGRLE
QAARPRASAAPIEVTCEGTRAPNAEREDTLFSLPMRKSLYGPNSIEEKALVTRNIPPERY
PTSSLLPQPDSEKKRFTNIAVPSMRRFVTDSGKLAKLDHLLFKLKEEGHRVLLYFQMTRM
IDLMEEYLTYRNYKYCRLDGSTKLEDRRDTVHDFQTRPDIFIFLLSTRAGGLGINLTSAD
TVIFYDSDWNPTIDSQAMDRAHRLGQTKQVTVYRLITRNTIEERIRKRAMQKEEVQRVVI
QGGGARGVDFSGRRPAENRNRDIAMWLADDEQAEMIELREKELLESGELDKATKKKGAKR
KREAVSLDEMYHEGEGHFDDGNKASGTATPVEPDPKAAKKRKGGSKKAKTTKQRLAIADG
EMDL
NT seq 4335 nt   +upstreamnt  +downstreamnt
atgcccgagaaagaaaagaagcctgcacgtaaaagcaagggacgtgagtctctgttgaag
gagtcggggagcagttctaagaggaagtcggcttcaggccaagcaaaggaaacatcatcc
agagcacccaagagacaagccaacggtcaacccaagcccaaaaccctccctgccgacaag
gaaaagaagattcagagcgagctagagctgcttgattcccggatagatgacatcgatcta
tctgagctcgagaccgagcgacaatcctacatgactcgttctaagaagcggaagctcaac
tttggaaaggatgaatatcaagataacatcgtccgtcgagccgacttaacatcaatgctg
tctaagaagctgctcacccatgcatcactgggtaaacgtcggtatgaggacctgcattac
gaagaggctcttcaagaggtccgtgagcgcgagttgttcgccgaaaaggaacgcaagaag
gacatgcagcggaagcgacggcgagagaagtctatgcaggtcactatcgagcagaaggag
gccgcgcttgctaaagcactggccgctgaagacgaacaagagcgtcagaagcacttgcgt
gaagctgaacgggcaaataagaaggctcaacagaccaagttgatcttgcagaaggggatc
aaaggtcccgcacgcaatatcgctccgcttgagctcaacatggatggcggtacgatgtct
acctttcaagcgaccgatcaggagtccagcggcaagagcaagagcaagcgttcaggtaat
cgcccgaagaagtcgaaggagcagaagcaagctgagaaggactctgccgaagctgcacaa
gctgctattgatgctggcgaagagctgccgtccaaggaagagaccaagatccgtatcaaa
ctcagcaaaggctcctccaaagaccctaaggagaaggacaaggaaaccaaagatgctccc
aaggagccgaaggagaaagaaaaggaggttgaggagactcccgtcaaccctctggagacc
agatttcaatctaagggctacaaccagatctacgaccagatctggcgcgatctcgcacgt
aaagatgtccccaaggcttacaagttggcgggcgattcgtatgccaccaaggcctctaac
cttaagaagaccgccatattggcgtccaaggaggccaaacgctggcaacttcgcactaac
aagggcaccaaggacctccaagctcgggccaagcggtgcatgcgtgagatgatgggcttc
tggaaacgtaatgaacgtgaggagcgggatctgcggaaggccgcagagagacaagaacta
gagaacgcccgaaaagaagaagcggaccgcgaagctgctcgtcagaagaggaagctcaac
ttcttgatttcccagacggaactctactcccacttcatcggaaagaagataaagaccgac
gaagtcgagcgaagcacagataatcccgacatagccggggatgcgaaagcgttgactacc
gccaaggtcaatgtggatgaacctaccggtcctgttggtagcaaggttacgaacttcgac
caactcaacttcgatgctgaggatgaagaggctctgaaggccgccgccgtggccaacgcc
caaaatgctattgcagaagcccagcagaaagcccgagccttcaacaaccccgatacagac
atggacgaggatggcgagatgaacttccagaacccaacaggccttggagatgtcactgta
gagcagcctaagctcctcaactgccagctcaaggaataccaattgaagggcctcaactgg
cttgccaatctctacgagcagggaatcaacggtattctagcagacgaaatgggtctcggc
aagacggtacaatctatatcggtaatggcctacctcgctgaggtgcacgatatctggggc
ccgtacatggtggtggcacctgcgtcgactctccacaactggcagcaggagattacgaga
ttcgtcccggaattcaaagtactcccatactggggttctgctgcagaccgaaaggtcctg
cgcaagttctgggatcgcaagcacaatacttacaagaaggatgctcctttccatatccta
attacgtcataccagttggttgtctctgatgtcgcttacttccaaaagatgcgttggcaa
tacatgattctggacgaggcccaggctatcaagagctcgcaaagttctcgatggaaatgc
ctgttaggcttccattgccgtaaccgtctacttctgactggtactcccatccaaaacaac
atgcaggagctttgggctctgcttcacttcatcatgccgtcgctgttcgactcgcatgac
gagtttagcgagtggttctccaaggacattgaatcccacgcacaaagcaataccacgcta
aacgaggaccagcttaagcggctgcatttaatcctcaagccatttatgttacgccgtgtc
aagaaacatgtgcaaaaggaactcggcgacaagattgaacaagacgtgttctgcgaactc
acttaccggcaacgcgctctgtacaagaacctaaggaaccagatcagtataatggatttg
atcgagaaggccactcttggagacgatcaggattctggcacactgatgaacctggtcatg
cagttccgaaaagtgtgcaaccatccagatctcttcgagcgggctgacaccacgagccct
ttctttgctggatgtttcgctgagacggcctcgttcgtccgcgaggggccaaacgttcat
gttggctactcgactcggaattccatcgagtataacttgccccgtctagtctggagtgaa
ggtggccgactgtataaagccgacaaaaacaacgagaaggctggcttcagaaataagtac
ctgaatcatctcatgaacatatggacaccagaaaacatccgggaaagttcatccggcaat
gattcattctccttccttcgcttcgcggacacgagcccggaagaagtctaccatgctagt
cattctgatgtcttttctagagcagctgcccttgctacccgtgaaaatcgtctcgggcgg
cttaaagtcgtgtacgatgagccgggtgaggagaattttgtaccagcacacgcactgcta
caagtcaatgctcgattggaccggaaaccactcgctgaaatcaccaaggaaggtgttcta
ggtgatcttatgaacatttccgggtctgtgtggcgggattctggtttaggcaggctcgag
caggcggcacggccaagagcatctgccgctccaatcgaggtcacctgtgagggaactaga
gcgcctaacgctgagcgagaagacactttattcagtcttcccatgcggaagagtctctat
gggcccaactccattgaagagaaagccctggtcacgcgtaacattcctcctgagcgatat
ccaacgtcttcgctcctacctcaacccgatagcgaaaagaagcgcttcacgaacattgcc
gttccgagcatgcgccgcttcgtcacagatagtgggaagcttgccaagcttgatcacttg
ctgtttaagttaaaggaggagggccaccgcgtgttgctgtacttccagatgacgagaatg
atcgatctcatggaggagtacttaacataccgcaactacaagtattgccgactcgacgga
tccacaaaactcgaagacaggagagatactgtacacgatttccaaacccgcccggatatc
ttcatctttctgctttcgacccgcgctggtggtctcggtatcaacctcacgtcagccgat
actgtcatcttttacgacagtgactggaaccctaccatcgactcgcaggccatggaccgt
gctcaccgacttggccaaaccaaacaagttactgtctaccgtctcatcacccgcaataca
atcgaggaacgtatccgaaagcgggcgatgcaaaaagaagaggtgcagcgtgtcgttatc
cagggaggcggtgctcgtggagttgacttcagtggtcgtcgcccggctgagaaccgtaac
cgcgacattgccatgtggttagccgatgatgagcaagcagaaatgattgagctacgtgag
aaggaactcctcgagagcggcgagcttgacaaagctacgaagaagaagggtgccaagaga
aagcgggaagctgtcagtttagacgagatgtatcatgaaggcgagggccactttgatgat
ggcaacaaagcttccggcactgcgaccccggtcgagccggatcccaaggcggcgaagaag
cggaagggaggcagtaagaaggccaaaactacaaagcagcgactcgccattgccgatggg
gagatggatctttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (35)   

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