KEGG   Drosophila virilis: 6626141
Entry
6626141           CDS       T01066                                 
Name
(RefSeq) helicase ARIP4
  KO
K10876  RAD54-like protein 2 [EC:5.6.2.-]
Organism
dvi  Drosophila virilis
Brite
KEGG Orthology (KO) [BR:dvi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dvi03400]
    6626141
DNA repair and recombination proteins [BR:dvi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    Rad54 family proteins
     6626141
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C ResIII ERCC3_RAD25_C
Other DBs
NCBI-GeneID: 6626141
NCBI-ProteinID: XP_002050006
FlyBase: FBgn0207569
UniProt: B4LPE0
Position
Unknown
AA seq 1514 aa
MEDENQPMVPVPTIIKNEEIQNACSSSNAINYESPIMLLSDSDVTSTKQAFDPRERISEM
STVLNSNINDECVTASASNDLKQTSVVSPHGHKRKNAVSKDESTSNKKGLMTTAEEKKTN
YLRRNIRDVMNENNLDTTTLAAQREESERLARVAGQQKSMREIRKQEVHKNIFRILNFED
SNQVNCGSQPTPPFMNTSNSVGLPDDDLASVTCDESNSSLSCSIEDVLDKETCTEPSNEV
VTIDDSSDDDCILLSEEEDDLIESDDATNSGMHVKDLYNIPDENGRVVVNIAHPEGEETL
YLAPQIAKVIKPHQIGGVRFLYDNIIESTRRFKKSSGFGCILAHSMGLGKTLQVVSFCDI
FLRHTSAKTVLCVMPINTLQNWLSEFNMWIPRQSADLNVRPRNFDIFVLNDQQKNLTARA
KVILNWVHKGGVLLIGYELFRLLALKLVSTRKKRGNKNSQINDMHDSSKDLMNLVYEALV
KPGPDLVICDEGHRIKNSHAGISLALKQIRTRRRIVLTGYPLQNNLLEYWCMVDFVRPNY
LGTRTEFCNMFERPIQNGQCVDSTPDDIKLMRYRAHVLHSLLLGFVQRRSHTVLQCTLPP
KLEYVILVRMTPFQRKLYDTFMTDVVRKKAFPNPLKAFAVCCKIWNHPDVLYNFLKKCET
DLDLEIEIEESTKSTTSPVIDSNFCATDKVEPIIAQQTKNGAYDRVPSSSDINKIYSNKS
CGNYCTDKEDQLNFGTYSSEGKGNYWLDSSIPSKPSYIEVIKQTDSSMAKEFETITGSSE
IVDLDTNEIKTVERNIHPTPLNQQQNVEGAKINSSENNNSSKQSIGNIINDTNRKTIKPK
RNEEFSCSWALDIMKNYISGQISSSPKMEIFFCIMKESIFQGDRILLFSQSLLTLNLIEG
FLKSSYVPCSTNFWMRNSSYFRLDGSTSSQERERLVNEFNANRNIKLFLISTRAGSLGIN
LTGANRVIIFDASWNPCHDTQAVYRIYRYGQTKPCYVYRIVMDKCLEKKIYDRQIKKQGM
SDRIVDECNPEAHLSMRDITNLCHDYSSDGDPIDSDGQKSNEPTTQNNDIDKLSTADKKK
DEKFLPTTSHMDPIVNKIVEFHANCITRDPFLHESLLVDQKDRKLSQAEKRQAHRSYELE
KKASVNQKFAYASGKMQYKILNSDGTIITRPVASIKPIQTKKNNPVSGGRSTRWIPAEVW
QRQGMTAQEMTLPLDVVIPTNSSEKSNIILKAGQRVMVLKSAKGIYMQLDSGKIIAIRTT
SKRADEEKTNKEDVIDITSDCDTDVAKPTTPEQEKPVETSTARKTNDVNNTECLPVEPSD
PPLTRTGVLDDLQQNKTQILQNNNEIESLNSMPASLHQMHNDLEYHKQQPYKHEAQLPIV
EPYSSSANIQSSAIHQPPVASNNDLPEESYFSSKNVPHTFTPQYYNYYDNKNTPSTANYH
INNYAPYGHFNFAPYHSNFHSPAGYSGSSGSYINSNVFPRQPWNSVGSHQSNNESIRQQQ
YMGSPYSINEWSSQ
NT seq 4545 nt   +upstreamnt  +downstreamnt
atggaggatgaaaatcagccaatggttccggttccaacaataattaaaaatgaagaaata
cagaatgcatgttcgagctcaaatgctattaattatgaatcacctataatgttgttaagt
gattcagatgtgacttcaaccaaacaagctttcgatcctagggagagaattagtgaaatg
tccacagtattaaactctaacattaatgatgaatgtgtcactgcatcagcatcaaatgat
ttgaaacaaacttcagttgtttcaccccatggacataaacgtaaaaatgcggtatcgaag
gatgaaagtacaagcaataaaaaaggcttgatgacaacagccgaagaaaaaaaaacgaat
tatctcaggagaaatataagagatgtgatgaatgaaaacaatttagatacaacaactcta
gcggctcaaagagaggagtccgaacgtttagctcgagttgccggacagcaaaaatcaatg
cgtgaaataagaaaacaagaagttcacaaaaatatttttcgcattttaaattttgaggac
tcaaatcaagttaactgtggctcccaaccaacccccccttttatgaatactagtaatagt
gttggcctacccgacgatgacttggcttcagtaacttgtgatgaatcaaatagtagttta
agttgcagtattgaggatgtactagataaagaaacttgtaccgaaccctcaaatgaagta
gttacaattgacgatagttcagatgacgattgtatattactgtcggaagaagaggatgat
ttgattgaaagtgacgatgcaacaaacagtggcatgcatgtcaaagatctgtataatatt
cctgatgaaaatggccgtgtagttgtaaatattgcgcatcctgaaggagaagaaacattg
tatttagctcctcagatagctaaagttataaaaccccatcaaattggcggagtacgattt
ttatatgacaatataattgaatctacacgaagatttaaaaaatcgagcggatttggatgt
atacttgcgcattcaatgggactaggcaaaactctacaagttgtttccttctgtgatata
tttttaaggcacacatccgcaaagacggttttatgcgtaatgccaattaatacattacaa
aattggttaagtgaatttaacatgtggattcctcgccaatctgcagatttaaacgtgcgt
ccccgaaattttgacatttttgtactaaacgatcaacaaaagaaccttactgctcgagca
aaggttattttaaattgggtgcacaaagggggggtacttttgatcggatatgaattattc
cgattattggcattaaaactagtttctacacgtaagaaaagaggcaacaaaaactcgcaa
ataaatgatatgcacgattctagcaaagatctaatgaatttggtgtatgaagctttggta
aaacctggaccggatttagtaatttgcgatgaaggccaccgaataaaaaattcccatgct
ggtatatcccttgccttaaagcaaatacgaactcgtcgacgtatagttttaaccggatat
cccttgcaaaacaacttgttggaatactggtgtatggtggattttgtacgacctaattat
ttgggaacaagaacagagttttgtaacatgtttgagagacctatacaaaatggtcaatgt
gtggactcaacaccggatgatataaagctaatgagatacagggctcacgttcttcattct
ctacttttgggttttgttcaacggcgctcacatactgtgttacaatgcactctgccacca
aaattagaatatgttattctggttcgaatgactccatttcaacggaaactttacgatacc
tttatgaccgatgtggtgagaaaaaaagcatttcctaatccattaaaagcatttgctgtg
tgttgtaagatttggaatcatccggatgttttatataactttcttaaaaaatgtgagact
gatttagatttagaaattgaaatagaagaatctactaagagcactacaagcccagtcatc
gattcaaatttttgcgcaaccgataaagttgaaccaataatcgctcaacaaactaagaat
ggagcctatgaccgtgtaccttcaagctcggatataaataaaatctactctaataaaagt
tgtggcaattactgtacggacaaagaggatcaacttaattttggaacttacagctccgaa
gggaaaggcaattattggttggattccagtataccgtctaaaccgagttatattgaagtt
ataaaacaaactgattcgagcatggcaaaagaatttgaaactattactggctcctccgaa
atagtcgaccttgatacaaatgaaataaaaacagttgaaaggaatattcacccaactcca
cttaatcaacagcaaaatgttgaaggagctaaaataaattcaagtgaaaataacaattca
agtaaacagagcattggcaatataataaatgacacaaatagaaaaacaattaagcctaaa
agaaatgaagagttttcatgctcttgggcgctggacattatgaaaaactacatatctggt
caaatatcaagttcaccaaaaatggaaatatttttctgcatcatgaaagagagcatattt
caaggtgatcgaatattgttattcagccaaagcctgttgacattaaatctaattgaaggg
ttccttaaatcaagttatgtaccatgcagtacaaacttttggatgcgaaacagttcttat
tttcgcttagatggctcgacttcatcgcaagaaagagaaaggctcgtcaatgaatttaac
gcaaatcgtaatattaaactgttcctaatctctacaagagcgggatccttgggtattaac
ttgactggcgccaatcgagttataatatttgatgccagttggaatccttgccatgacact
caagcagtatacagaatttataggtatgggcaaacaaagccgtgttatgtgtacagaatt
gtaatggataaatgcctagaaaaaaaaatatatgacagacaaattaaaaagcaaggaatg
tctgatagaattgttgatgagtgcaatccggaggcgcatttgtctatgagagatataaca
aatctgtgtcacgattacagctcagatggtgatcctattgacagtgacggtcagaagtct
aatgaaccaactactcaaaataatgatatcgataagctttctacggcagataaaaaaaaa
gatgaaaaatttcttccaacaacgagtcatatggatccaattgttaataaaattgttgaa
ttccatgcgaactgtataacaagagatccttttctgcatgaaagcttattagttgatcaa
aaagataggaagctatcacaagctgaaaaaagacaggcccatagaagctatgaacttgaa
aagaaagcgtctgttaatcaaaaatttgcatacgcctcaggaaaaatgcagtacaaaatt
ttaaactctgatggtactattatcacgcgaccagtggcttcgataaaaccgatacagacc
aaaaaaaataaccctgttagtggaggtcgatcgacccgttggatacctgccgaagtgtgg
caaagacaaggaatgactgctcaagaaatgacgttaccccttgatgttgtcatacctact
aattcatcggaaaaatcgaatataatactcaaggccggccaaagagttatggtgttaaaa
tcagcgaaaggaatatatatgcaattagatagtggaaaaattatcgcaatcagaacaaca
tccaagcgcgcagatgaagaaaaaaccaacaaagaagacgttattgacataacatcagac
tgcgatacggatgttgcaaaacctacaacgccagagcaagagaaacccgtggaaacatca
actgcgcgaaaaacaaatgatgtcaataacacggagtgtttaccagtcgaaccgtctgat
ccacccttaactagaacaggcgtcttagatgatctacagcaaaataaaactcaaattttg
caaaataataatgaaattgaaagtttaaacagcatgccagcaagtctgcaccagatgcat
aatgacttggagtaccataagcagcaaccgtacaagcatgaagcacagttacctattgtc
gaaccttatagtagttctgctaatattcagtcgagtgcaatacatcaaccgcctgtagct
tctaataacgatttgccggaagaatcatatttttcaagtaaaaatgttccacacacgttc
acaccccaatattataattactacgacaataagaatacaccctcaacagccaactatcac
attaataattatgccccttatggacattttaatttcgctccctaccattccaatttccat
tcacctgctgggtatagcggtagttccggatcatatattaactcaaatgtctttcctaga
caaccctggaattcagttggaagccaccaatcaaataacgaatcaattcgtcaacaacaa
tatatgggaagtccttattcaattaacgaatggtcttctcaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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