KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_10209
Entry
T265_10209        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
  KO
K18663  activating signal cointegrator complex subunit 3 [EC:5.6.2.4]
Organism
ovi  Opisthorchis viverrini (Southeast Asian liver fluke)
Brite
KEGG Orthology (KO) [BR:ovi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ovi03400]
    T265_10209
Enzymes [BR:ovi01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     T265_10209
DNA repair and recombination proteins [BR:ovi03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   Direct repair
    T265_10209
SSDB
Motif
Pfam: Sec63 DEAD ResIII Helicase_C AAA_22 AAA_16
Other DBs
NCBI-GeneID: 20324377
NCBI-ProteinID: XP_009174778
UniProt: A0A074Z386
Position
Unknown
AA seq 2407 aa
MTYTTNNILMPHRPSRGAISRVALLAAYSRAGKRKHATADASLLTLSRFPSSTLPRPNLN
TLSAGPSSRTDRFARPASHSAAASARPSSVKTLNTSKSVFKPRKPVYLATFSVRILKQAG
QQVALARALDSLCIDVCCLSETRTQDASTVIELTAPSLPSRFRLRTSGDSEAAAAGYAGV
GIVLSERAEASLLDWIPVDSRLCAVPLAASVRESRGNTGMTVSSSVDSAHAGISQSVIEY
PRLSLTLRRFSSLAGAETSASVCCSLEEKLVELSSGVLPKATNFCNHILNILPKDLRLDV
RKTVSDAFRKYVDCCLSLVGQDTVDPGETARFASVLFFAYLGPSLLELHDRGVLPADFSR
HSMIRNNQSSLLEKLGGSGATDSQKAWASLCISLGIFLTNRVWDSVRDELTSLMRRCRVA
VEADSWISLFTLETPPTNQFVTSPVVDFELAWDAARISRNERARASSILFHTLFSCAKHN
TQNRPDKTGIETESAAAEVLSPTLVVTFDFTGDFRLAVSQSLLGKKPTEAVDVTALIEEL
TMPCTALEMSTDQLLDILLELLKSSRSDDEIQNEVSDERSGESFVNRLINDPASVAQSRA
AKMDANSRDTANRLRRAMESGPSVSTRVADYIRSLPYVYDLSAETRDTLNLSGSFKLRLP
VGTDFKQFPLWDHVKFPVPSKPPSSVLDAPLVKISSLDPIGQRIFEGMEQLNLIQSIVYP
VAYNTPQNLLVSAPTGAGKTNVALLTIAQLLRSHLTADSVLDLKAFKIVYLAPMKALAAE
ITATFSKRLAPLGLKVRECTGDMQLTKQEIMETQILISTPEKWDVISRKGSGDATLVKLV
KLLIIDEIHLLHEDRGAVIEVLVARTLRQVETSQTMIRLVGLSATLPNYLDVAHFLHVDP
YCGLFYFDERFRPVPLRMSFIGVRGSVRKTQEINMNTACYESVLEQLREGHQVMVFVHAR
GDTFRTARWLRDQARQLQQIHYFSTKTDIPPGLLKRIERSGDTALREMIPDGFACHHAGM
LRADRSLVERMFSEGHIRVLVCTATLAWGVNLPAHAVIIKGTRVYKAEKSDFTDLDVLDI
FGRAGRPQFDTLGEALIITSMDKLDHYLRVITNQHAIESTLLLNLQDHLNAEIALGTISN
IDDAINWLKYTYLFVRLTANPMHYGVPASSVENDPVLVDYLDRAVRASALSLDEAEMIRY
EPGTGQLASTDRGRTASLFYIRFSTAAKVRDLLEPNMMVAQLFSLLSEASEFGAMKVRDE
EGSELNDLKAAVCRVPIQKAGNVDSDVPAKVNALLQGYISRHNPSCHSLQSDMFYIHQNA
GRLVRYLFELSLRQGWSNCAYTTLQLARMIEQRQWDCQTPLWQFSESTSFRLLERVDELG
LSLDRLRETAVDELTHLLRYRGKEGAREVSTLAALVPRIQVAAETQPVTRTILRVRLTLQ
PDFTWSDRSHGVQQNFWIWIEDPAQGFIYHSEYWTLTKRMFKSKEPICVSATIPIFEPFP
AQYLVRVLSDQWLGADAMCPISFKRLMLPPSDPPHTDLLRLEPLPVCALQNSRYELLYSF
THFNPIQTQLFHTLYHQDVNVLLGAPTGSGKTVAAELAFFRMFNQTPTKKCVYIAPLKAL
VRERMEDWSVRIGQKLGKRVVELTGDVTPDILQLMKADLIVTTPEKWDGISRSWQQRAYV
RHIGLIVIDEIHLLGEERGPVLEVLVSRANYIASQLGQTVRIVGLSTALSNAPDLAAWLR
VPTTMTSIAEVAIGLNCGTALIGRGLFNFRPSVRPVPLEVHIQGFPGRHYCPRMATMNKP
IYLAINSHSPNKPVLVFVSSRRQTRLTALDLVSYVAASGDTRKWLHMDPNEMDAISETIH
DSNLRLTLSFGIGLHHAGLQSRDRSVVEELFVNEKIQILISTATLAWGVNFPAHLVIVKG
TEYYDGQTKRYVDYPITDVLQMMGRAGRPQFDNQGKAVIMVEDSKKAFYKRFLYEPFPVE
SFLPQAFADHLNAEIVAGTFASDQPGDFVSTELGRLASFYYLSHKTARLFSEKLEPNLTV
HDLLQILANANEYALLPVRHNEDEMNRQLAGVLPLKPIGSFECPHTKAHLLLQAHFTRLA
ELPVADYVTDTRSVLDQASRILQAMLDACAQCGWLMSSLNCLLLMQMVTQGIWVEDVGSS
LLQLPGIHPSNLTLFQRTDQSYITCLPELIDCVLSDPGWLDRALSESLRPHVLSSIKQTL
NRFPLIELTMWLVGPDPSNSRTQRLCREVLLDNEGKSTHTLGVFAETDYVLRVRLTRINP
VGRGRHLLASSSSLVKAKTEGWVVVLGDPEVSRSQGGYLMALKRVSPNPVRGKGSSSQIP
HSSWTTNLAFRFPALRSKSYSGFQSSERRMLTLFLMSTSYLGLDQQVFLSLDIICREDEN
DDGYSNH
NT seq 7224 nt   +upstreamnt  +downstreamnt
atgacctacacaactaacaatattctcatgccacatcggccgtcgcgtggtgccatcagc
cgggtcgccttacttgctgcatacagcagggcgggtaagcgaaaacatgctactgctgac
gcctcccttcttacactttcacgttttccgtcttccaccctcccccgcccaaatttgaat
actttatccgcaggtcccagctctaggactgaccgttttgctcgccctgcatcacactca
gctgcagcttctgcacgtccgagttcagttaaaaccctaaacacttcgaagtccgttttc
aaaccccgaaagcctgtctacttagccaccttcagtgttcgcatactgaagcaagcaggt
caacaggtggctcttgcgcgtgcgctggactccctctgtattgatgtatgttgtctgtca
gaaacaaggacgcaggacgcaagtactgtaatcgaactgactgccccctcgctcccttcc
aggttccgactgcgcacctctggtgattcagaggccgctgcagctggatatgctggggtg
ggtattgtattgagcgaacgagcggaagcgtctctgcttgattggatacccgttgacagt
cgtctctgtgcggttcctttggcagcatctgtgagagaatctagaggaaacaccggtatg
accgtcagctcatccgtggactctgcacacgcaggcatttctcagtccgttattgaatac
ccgcgactgtcgttgactctccgacgtttcagctctttggctggtgccgaaacctctgct
tctgtgtgttgtagtttggaagaaaaattggtcgaactatccagcggagtacttccaaag
gccacgaacttttgcaatcacatcctgaatatattacccaaagatttacgtctggatgtt
cgaaaaaccgttagcgatgcttttagaaaatacgtggactgctgtttgtccttagttggt
caggataccgttgatcctggcgaaactgccagatttgcttccgttttatttttcgcatat
ctcggtccaagcttgctcgaattgcacgaccgtggtgtattaccagcagatttctcacgt
cattctatgattcgaaataaccaatcgtcactccttgaaaagttgggcggttctggtgcg
acagacagccaaaaggcgtgggcttcattgtgtatttctttgggcatctttttgaccaac
cgtgtatgggattcagtcagagatgaactaacttcactaatgcgtagatgtcgggttgct
gtcgaggcagactcctggatttctctatttaccctcgaaaccccaccaaccaatcaattt
gtgacatctcctgtggtggactttgagcttgcctgggacgcagctcgaatttctcgaaat
gaacgagcacgggcatcttccatattatttcacacattgttctcatgcgcaaaacacaat
acacaaaacagaccggataaaacaggaatagaaactgagtcagctgccgccgaggttctg
agcccgaccttggttgtgacttttgattttactggtgattttaggcttgctgtttcacaa
tcgttgcttggcaaaaaacccaccgaggctgtcgatgtgaccgctctgatagaggaactc
acaatgccgtgtacagctttggaaatgtcgactgatcagctgttagatatactccttgag
ctgctcaagtcctctcgttcagatgatgaaattcaaaatgaagtgtcagacgaacggagc
ggtgaaagttttgtgaatcgtttaattaatgatcccgcaagtgttgcccaatcaagggct
gcaaagatggatgctaattctcgggatacagcaaatcgccttagacgggcaatggagagt
ggtccatcagtgtctacgcgggttgcggattacatacgctcgttgccatatgtctatgat
ttatccgcagaaacacgtgataccctgaatctctcaggaagtttcaaacttcgacttcct
gttggcacggacttcaaacaatttcccttgtgggatcatgtcaagttccccgtgccgtcc
aagccaccttcctcagttttggatgcaccgcttgtcaaaatttcctccttggatccgatt
ggtcagcgcatatttgaaggtatggaacaactgaatctaatccagtccatcgtctacccg
gtggcctacaatacaccccaaaatctgttggtttctgctccaactggcgctggtaaaact
aacgtcgctcttttgaccatagcacaacttcttcgatcgcatttgacagctgattccgta
ctggatctgaaggcattcaagatagtctacttagctccaatgaaggcactcgccgccgaa
atcacagccacgttctccaaacgtctggcgcccctagggctgaaagtgcgcgaatgcact
ggagatatgcagctcaccaaacaggaaattatggaaactcagatactaatcagcactcca
gagaaatgggatgtaatttcccgcaagggttctggtgatgcaactctagtcaaactagtc
aagctcttgattatcgatgaaatacatctattacacgaggatcgcggggcggtcatcgaa
gttctggttgcccggacgttgagacaagtcgaaacttcacaaaccatgatccgcttggtt
ggtctatctgcaaccctgcccaactatctggacgtggcccatttcttacacgtcgatccg
tactgcggtctgttttactttgacgagcgatttcgcccggtcccactgcgcatgtctttc
attggagtgcgcggttctgttcgcaaaacacaagaaatcaacatgaatacggcctgctac
gagtccgtactggaacagctgcgagaaggacaccaagtgatggtctttgtacatgctcgg
ggcgatacgttcagaacggctcgttggcttcgagatcaggcgcggcagctgcaacagatt
cactacttctccacgaaaacagacattccccctgggttattaaagcggattgagcggtcg
ggtgacacggctcttcgagaaatgattccggacggatttgcatgccatcatgctggcatg
cttcgcgcggaccgctcccttgtagagcgtatgttttccgaaggacacattcgtgtactg
gtatgcacagcgactttggcctggggtgtgaacctgcctgcgcacgctgtaataatcaaa
ggcacacgtgtttacaaggctgaaaaatcagacttcacagatttggacgtgttggacatt
ttcggtcgtgctggcagaccacaattcgacaccttgggggaagccctcatcattacttcc
atggataaattagaccactatcttcgtgtgattaccaatcagcatgcgattgaaagcacc
ttgctgcttaatctacaggaccatctgaatgcggagattgcactggggaccatatctaat
attgatgatgcgattaactggttgaaatacacttacctgttcgtccgtttgacggcaaac
ccgatgcattatggagttccggctagctcagtagagaatgacccagttcttgttgactat
ttggatcgggctgtgcgtgctagtgctctgtcgctagatgaagccgaaatgattcgttat
gaacctggtacgggtcagctggcttccactgatcgcgggcgcactgctagtctattctac
attcggttcagcactgcagccaaggtccgtgatttgcttgaaccaaacatgatggtagcc
cagctgttctcattgcttagcgaagcttcagaatttggtgccatgaaggtgcgtgatgag
gagggaagtgagttgaacgatttgaaggccgctgtttgtcgcgtcccgatccaaaaagct
ggaaatgtggattcggatgtcccagcgaaagtcaacgcactgttgcaaggttatatcagt
cggcacaatcctagctgtcattcgcttcagtctgatatgttctatatacatcagaatgcc
gggagacttgttcgttatttgttcgaactatcacttcgtcagggctggtcgaactgtgcg
tacacaactctgcagttggctcgtatgattgaacaacgccagtgggattgccaaacacct
ttgtggcagttttcagagtcaacctccttccgactacttgaacgagtggatgaattggga
ctatcactggatcgcctacgcgaaactgctgtggatgagttaactcatttgctgcgctac
cgtggtaaggagggtgctcgtgaggtctccactttggcggctctggtgcctcggattcag
gtggctgccgaaactcaacctgtcactcggaccattctgcgtgttcgtctcacactgcaa
ccggacttcacgtggtccgatcgttcgcatggagtgcagcagaacttctggatttggatt
gaagatcctgcacagggctttatttaccattcagagtactggacattgacaaagcgaatg
ttcaagtcaaaggagccaatttgcgtatctgcaaccatcccgatatttgaaccattccct
gcgcagtatttggttcgcgtacttagtgaccaatggctcggtgctgacgcaatgtgcccg
atctctttcaagcggctaatgttgcccccgtctgacccgccccacacagatctacttcgc
cttgagcctctcccagtttgcgcgcttcagaatagccggtacgagctgctctattctttc
acacacttcaacccgattcaaactcagctattccacacactctaccaccaagatgtaaac
gtgcttctgggtgcaccgacgggttctggaaaaactgtggctgctgagttggctttcttt
cgtatgtttaatcagactccgacgaaaaaatgtgtatacatcgccccactgaaggcactc
gtacgtgaacggatggaggactggagtgttcgaattggtcaaaagctaggaaagcgtgtg
gtggaacttactggggatgtgacaccggatatcctacagttaatgaaagcagacctcata
gtcaccactccagagaaatgggatggtatatctcgatcttggcagcagcgtgcatacgtc
cgtcatattggtctgattgttatagacgagattcatcttcttggggaagaacgtggacca
gtactggaggttcttgtctcgcgtgccaactatatcgctagtcaacttggccaaaccgta
cgcatcgtcgggctgtccactgccctgtccaacgctccagacttggccgcttggcttcgt
gtgcctaccacaatgacatccatagcggaagtggcgattgggcttaattgcggcaccgcg
ctcatcggacgcggtttgttcaattttagaccatctgttcggcctgtccccttagaagtt
catattcaaggatttccaggtcgacactactgtcctcgcatggctaccatgaacaaacca
atctatctcgctatcaacagccattcacctaataaaccagttttggtgtttgtgtccagt
cggcgtcaaactcgactcacggcacttgacttggtcagctacgttgctgcttcgggagat
acaagaaagtggcttcatatggacccaaatgagatggatgcaatttctgaaactattcat
gactcaaacctgcggttaactttgtcatttggtatcgggctacatcatgcagggttacaa
tctcgcgatcgttcagtcgttgaagaactctttgtgaatgagaaaatccagatactaatc
tccaccgctaccctggcatggggtgtaaattttccagcgcatttggtcattgtcaagggc
acagagtactacgatggacagaccaagcgttacgtggactatcctatcactgatgtgctc
caaatgatgggtcgtgccggtaggccccaattcgacaatcaaggaaaggcggttatcatg
gttgaagacagcaaaaaagctttctataaacgatttttgtacgaacctttcccagtggag
agtttcttacctcaagcattcgctgatcacctaaatgcggagatagtggcgggtactttt
gcttctgaccaaccgggtgattttgtcagtacggagcttggtcgcttggcatcgttctac
tacctatcccacaagacagcacgcttgttttctgagaaacttgagcccaatttgacagta
cacgacctgttacaaattttggcgaatgccaacgagtacgcacttttaccggttcgtcat
aacgaagacgaaatgaatcgtcagttggcaggggtcttgccgttgaaaccaatcggttct
tttgaatgtcctcacactaaggcacatttattgcttcaagcacactttacgcgactcgcg
gagttgccagttgcagactacgtgaccgatacaaggtctgtattggatcaggcatctcgg
attctgcaggctatgcttgatgcgtgtgcacaatgcggctggctcatgagcagtttaaat
tgcttgcttctcatgcagatggttactcaagggatttgggttgaagatgtgggaagcagt
ctcctacagctgccgggaatccatccatcaaacttgacgttgttccaacgtacggatcag
tcatacatcacttgcctcccggaattaattgattgtgtgttgtcggatccaggatggcta
gatcgtgccctctcagagtccctccgcccacacgtactgtcttccataaagcagacgctg
aatcgattccctttgattgaactgaccatgtggttggttggtccagacccatcaaattct
cgtactcaacggttgtgtcgtgaggttctcctggacaatgaaggaaaatcaactcacacg
ctaggcgtgttcgctgaaactgactacgtgcttcgcgtgagactaacacgtataaaccca
gttgggcgtggaaggcatctgttggcaagttcatcatccctagtcaaagccaagacagag
ggctgggtggttgttctgggagatccagaggtcagtcgttcgcaaggtggttacctcatg
gcattaaagcgtgtttcacccaatccggtcagaggaaaaggttcatccagtcaaattccc
cattccagttggacaacgaatcttgcgtttcgttttccagccctacgttccaagtcatat
tctggattccagtcgtcagaacgacgcatgcttacgttgttcctgatgtctacatcatat
ctgggcctagatcagcaagtatttctttcactggacattatttgtcgggaggatgaaaat
gacgatggatattcgaatcactag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (51)   

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