KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_07599
Entry
T265_07599        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
  KO
K14310  nuclear pore complex protein Nup205
Organism
ovi  Opisthorchis viverrini (Southeast Asian liver fluke)
Pathway
ovi03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:ovi00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    T265_07599
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:ovi03019]
    T265_07599
   03036 Chromosome and associated proteins [BR:ovi03036]
    T265_07599
Messenger RNA biogenesis [BR:ovi03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     T265_07599
Chromosome and associated proteins [BR:ovi03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    T265_07599
SSDB
Motif
Pfam: Nup192
Other DBs
NCBI-GeneID: 20321778
NCBI-ProteinID: XP_009171427
UniProt: A0A074ZBY0
Position
Unknown
AA seq 2459 aa
MVAGLESVDCETRPAMLDLSEGTYFFLMSCLNKAWPTGFSPLTQQTPGGPCYASIMSPPA
SNEQLPISPPDIVSEPNCGSYNRCNDKYAVLSADNDDDETFSVLSEYTHLEAAQAFGPPK
HRSDIFILLNSIENGLAECLLLWSCQTAFNLDEFKLVLDYLMRPSSKQPQREEEQKPPST
ISDQLSGTLSRAHAHVLMSLLYSLDSSPIFEGFVDQLDEISTMDVTHPLFSDRLFASGIT
QCLDIQKDRLDKQRADDWSDQLDTLGLLRLAWSITLRRTSHLRTELARRGHDTLTRSPTA
SPTNPPEDTGRASFSNDFGVEEDEETQVSLALDSGALEFMRKRLLAVSGFEREPLWVYRL
HSLITDLLVYMPARVKEIRLRDEDLLRRTGFDPSSNGSGFANFLLLIAELYDHPGSKLHA
RLALEYWWPAGELGTPTGETSSSARDLLLSGGLISRSQSKLHAVAARRTESEGARQASLF
RFVRSVGDFVTTSSLFIPYVRMLHGIVGSRSSASFCFTLLRANATNPGRAASLTSWDHYF
SSFRQYLSHMKQPSLQQTNALQAGHPQAQIYPHLYGPPGSTVSSRRPTGLDSVMDQMSSA
ASTSAYIGANVSHTTTRAIKPEEQVALQTVLRLISRIARLDPVSRSLFAATAIWQVVPTC
LGLLTCPVPLVLKADLIHLLTALSGNVSVAALVWHHVTAAEIHPIAQERAGSHGPVSCLH
TEIDEVEPRAEEYPITRAFLSLITVLASHISGPFPSVTEPRDTSHSTPQDEGAREQGQTL
VNVISFLVNTVFLKHAMRAYRDPNERWDIAGSCLVLFDGLVDQFLRRLDVASTAVICNRD
SLLERDQFSSDQKVAGNFPSLAPPTLEAPFDWASTLFTLLWGVSSGELRHSRFRSSAADV
LAQLRLPAGWPYTDPGFDLTTQLLSDSSLFRTLTGLLQVGLHRILEFPIPDGPPSGMIRA
TAAGLRLIQRLLINEEMLLTFVRRAAVGPRYCTLFEELPDHCSCAIGILSLLIERIKPHS
SLVSLLTADRDVRRDLLNTFSSLLRWSTQKSNTDDTDTNGCFALSNGMDHSAACFTDEWL
FGANESHNQTQLASLGVSSSQSPHPCLRAARLYAALPYQPPSWFFCSRDWELLAAWPTQR
PSVLAPIVTGHLSQSLDRSSPLRKQSTLGAANWLYEQFVSDQADCFTVRMLHIILAAMDQ
PAPNLSHWLLGFRIESTSAVANTTLQDAGIGDQPRTCLHAILDLLDAGLRLGPTIACLPQ
ALAISLQWALAVSWQIIYRLVISPLTSEALLRFLRGNHDLLAKHLKFGIYRPLFKTTPGA
AASPQLFDRRLVTFTHEKALEMLSLNHSSWFLRTLAIELRTAATGNQRSYVGRLLSLFFG
DFLVDPVDTGADRCPENSAIVSAFLGRLNVAEHLAGPESFDLRTVDARLIDELLIECEMA
CPLLASDSVAIRKVSTLLDAGLCLNHLYLKLLASRTTLGPVSAEDFANLFAVAYEDTSSH
PTTQRPSVGTPSLIELAQDLRKLCQWIEARNVHRLHLYAGKQTAFEAWREVVEIGAGVLT
RNISLSESAASFTSQDALSGLTELGALASSSASRPRPRPFYMICLDMASKLSEELCETEN
TPSTIRLLASGTLLHLSSYLTSVEVMMQWNEESFHPDYNQAGSLLISVIGLLTRMILQSK
SSAQRMRANFYGTLAHLLRFGQFLGQRTSESQPDSNRRQVLRGCLSAIASASKLSVSHWA
ESEVLRGSDTAAGVSTFHCLLTWDLLRGHTVTQMAVLSVLELILTIDRSSRDLLMFLCRQ
SILQQLVDSIPEDLKAVESFLSSVAMAEDDELHVSAEIAGAATAATSAFHMYRAKVALFS
RLATSLTGAKALLQCDVISMLTACAIYSASTLANSYADGLDSLYASNSALTNADVERGDS
KVSQILSRVMAASQCDSTDIHFDDCLLHRLICARSDSSTAESTITWPGVLLPVVDLFKTI
LITLGPSHVYANQQVIGFLYAHSDALLVEETVLGSALVHFLDRTDWMSGITGAGGSVGIV
WLMQWLAAQTNLVELFALVSRTEKISTGMDEYSIIQSEVVRSRILRNSVSLLPTLLAEPQ
PSAKPLTGVSNQHHHLIFDHMLCRTQQLNLIRHLVSVCVASLDRSSLDASLPVPSKNIQP
LFTLLQTSDQGDPSSGHVQLTFILHLVSWALNQLVRVEDLCVGLANLNIFNSSGKLDDAG
SKSLQLSSEESPIRVGCPVHARVRSDDLSMDQLRQSCTLLFSSVPRLVSSSTPFLGLDSH
HPETELLRNCIAVGVSFLRLQLNSLVSICEQGIYVSWRFLNHHLNRPDPAAASSLTPRIQ
SATKFPGSKTRQPQTRRVDQTPEYGRLAYKRELPGAHVSADERSEPEIIREMIPSLLRPE
LLESLCQLSKESSGKRLELQIICPTEFPESYSIEEHSKRHTTQMLALISRYYQLHGLQI
NT seq 7380 nt   +upstreamnt  +downstreamnt
atggttgccggcctcgaatccgtggactgcgaaacgcgtcccgcgatgcttgatctctcc
gaggggacctatttctttcttatgtcctgtttgaacaaagcgtggccaacaggtttttca
ccgctgacccagcaaacacccggcgggccatgttacgcatcaattatgtcccctcccgcc
tccaatgagcagctacctatctcacctcccgacatcgtcagtgaaccaaactgtggcagc
tataacagatgtaacgacaagtacgcggttctttcagctgataatgatgatgatgagact
ttcagtgtgctcagtgaatacactcatctagaggcagcacaggcttttggtccacccaag
caccgcagcgacatcttcattttgttgaactctatcgagaacggtcttgctgaatgtctg
ttgctttggtcttgtcagactgctttcaatttggatgaattcaagttggtcttggattat
ctgatgcgtccaagctctaagcaaccacagagggaggaagaacaaaagcctccgtccaca
ataagtgaccagctgtccggaactttgtcacgtgcacacgctcatgtgctcatgtcactt
ctatattctctggattcttctccaatcttcgagggttttgtagatcagcttgatgagatc
tccaccatggatgtgacacatccgctcttctcggatcgactgtttgcttctggtatcact
caatgtctggacatacaaaaagaccgactggacaaacagagagcagacgactggtccgat
cagctggatacattaggtcttcttcgtctggcttggtcaattacgttacgacgtacgtca
catttacgcacggagttagcacgccgcggtcacgacacattaaccagatctcctacagct
agtcctacgaacccgccagaagacaccggacgagctagcttttcgaacgatttcggtgtt
gaggaagatgaagaaacccaggtttccttggccttagattccggcgctctggagttcatg
cggaaaaggctacttgctgtgtctggttttgaacgagagccactgtgggtctaccgtctg
cacagtctcattactgacctgctggtgtatatgcctgcgcgtgtaaaggagatccgtctt
cgtgatgaggacctacttcgccgcaccgggtttgacccatcctccaacggttctggattt
gcaaacttcctactactcatcgctgagttatatgatcacccgggatcgaaactacacgct
cgtttagcactggaatattggtggccagccggcgaactgggcacgccaactggcgaaaca
tcttccagtgcacgggatttgctactctctgggggactaatatctcgttcccaatcgaaa
ctccacgccgttgctgcccgaagaaccgaatctgaaggtgccagacaagcctccttattc
cgatttgtacggtcggtcggtgatttcgtaacaacctccagcctgttcatcccctacgta
cgtatgctccatggtatcgtggggtctcgcagttcagccagtttctgtttcactttgctg
cgcgccaatgctacgaacccagggagagctgcgtctctcacttcatgggaccattatttt
tcaagctttcgtcaatatctgagtcatatgaaacaaccgagtttacagcaaaccaatgca
cttcaagccggacatccacaagcacaaatttatcctcacctctacggacctcctggctcg
acggtctcgagtcgccgcccaactgggttggactctgtaatggatcagatgagctcggct
gcctctacgtccgcttatattggtgcgaacgtttctcacaccaccacacgtgccattaaa
ccggaggaacaagttgccctccagactgttctccgtctgatttccagaatagcccgtcta
gatccggtgtctcgttcgcttttcgctgcaaccgcaatttggcaggtcgtgcctacttgc
ttaggacttctgacttgccctgttccactggtgctcaaagccgatctcatccatttattg
acggccctgtcgggaaatgtatctgtagccgccttggtttggcaccatgtgactgctgcg
gagattcatccgatcgcccaagaacgtgcaggatctcatggaccagttagctgcttgcat
accgaaatagacgaagttgagccacgtgccgaagagtacccgatcacgcgtgcgttcctg
tctttgataacggtcttggcatctcatatatccggaccgttcccctcagtaacggagccc
cgagatacctcacattccacaccacaggatgaaggcgctcgtgagcaaggacaaaccttg
gtcaacgtaatctccttcttggtcaatacggtcttcctcaaacatgccatgcgagcctac
cgagatccaaacgaacggtgggacatagcaggctcttgcctggttctgttcgacggattg
gtagaccagtttctacgtcgtttggatgttgcgtcaacagctgttatctgcaatcgagac
tccctgctcgagagggatcagttttcttcagatcaaaaagtggcaggaaatttccccagc
cttgctccacctactttggaagccccttttgactgggcatcgactctgttcacattgctt
tggggtgtgtcttctggcgagctgcggcattcgcgtttccgatcttctgctgctgatgtg
ttggctcaacttcgtctaccggccggttggccttatactgacccgggtttcgatctcacc
actcagttactgtctgactcttccctctttagaactctcacaggattgcttcaagtcggc
ttacaccgcatactcgaatttccaatccccgatggaccaccttctggtatgattcgggcc
acggctgctggccttcgtctgattcagcgactgttgatcaacgaagaaatgcttctcacg
ttcgttcgtcgggctgctgttggacctagatactgtactcttttcgaagaactcccggat
cactgttcgtgcgccattgggatattgagccttctgatcgagcggattaaacctcattcc
agccttgtgtctcttctaactgcggaccgggatgttcgtcgtgatctgctgaacaccttt
tcatcacttctacgctggtccactcagaagagtaacacagatgacaccgacactaatggt
tgctttgccctctcgaatggaatggaccactcggcggcgtgtttcacagacgagtggctc
tttggtgctaacgagagtcataatcaaacacaattagcttctcttggtgtttcttctagc
cagtcgccacatccatgtctacgagctgctcgcctatacgccgccttgccgtatcaacct
ccgagctggttcttctgttctcgagactgggagcttctagcagcctggccaacccagaga
ccctccgtgctggcaccaatcgtgaccggtcatttatcacaatcactagaccgctctagc
ccactcaggaaacagagtactctcggtgcagccaactggctttacgagcaatttgttagt
gaccaggccgactgtttcacggttcgcatgcttcacatcatactggctgccatggatcag
ccagctccaaatttgtctcattggctccttggatttcgtatcgaaagtacctcggctgtg
gccaatactaccttacaggatgctggaattggagatcaacctcgaacctgccttcatgcc
attctggatcttctcgatgcaggcctgcgcctcggtccaacaatcgcctgtttgccccaa
gccttggcgatctctcttcagtgggccctagcagttagttggcaaatcatttaccggttg
gtgatcagtcctctcacatctgaggccctgttgcgattcctacgaggaaaccatgatcta
ctggcgaaacacctaaaattcggtatctatcgtccactcttcaagacaactccgggagct
gctgcatcccctcaactctttgacaggaggcttgtgactttcacccacgaaaaagctttg
gaaatgctgtctctgaaccatagcagttggtttttgcgcacgctagcaattgaactccgt
acagcggcgacgggcaaccaaagatcgtatgttgggcgccttctcagtttattcttcgga
gatttcctggttgatcctgtggacacgggagcggatcgttgtccggaaaactctgcgata
gtcagtgcatttttgggtcggttgaatgtggcggaacatctcgctggaccagaatctttc
gatttacgaactgtggatgcccggctaattgatgagctactaattgaatgtgagatggct
tgtccactccttgcctcagattcagttgctatccgaaaggtgtcaacccttttggatgct
ggcttgtgcctcaatcacctgtatctcaaattattggccagccgcaccactttgggaccc
gtatctgcggaagactttgcaaacctgtttgctgtcgcatacgaggacacttcatcccat
ccgaccacccaacggccatccgtgggaactccttcgttgattgagttggctcaagatctg
cggaaattgtgtcagtggattgaagctcgtaacgtccatcggctgcacttgtatgctggc
aaacagacagcttttgaagcctggcgggaggttgtggaaatcggggctggggtcctcacc
agaaacatatcgctttcagagagcgctgcttcattcacttcacaggacgctctgtctggt
ttaaccgaactcggcgcgctagcatcttcatcggcaagccgtcccagacctcgcccattc
tacatgatttgcttagacatggcctcgaagctttcggaagagctctgtgaaacagaaaac
acaccatccaccattcgactcctagcatctggaacactgcttcacttgtcctcatatcta
acctctgtagaggtgatgatgcaatggaatgaggagtcctttcatccggactacaatcaa
gcgggctcgcttctgatttcggtcattggacttttgacacgaatgatacttcaatctaaa
tcatccgcacagcgaatgcgagccaatttctacggtactttagcgcacttgcttcgtttt
gggcagtttctcggtcaacgcacgtctgaaagccaaccagattcgaaccgtcgccaagtt
ctccggggatgtttgtccgcaattgctagcgcatctaagctgtcagtttcccattgggca
gagtcggaagttctcaggggttcagacactgctgctggcgtgtccactttccactgtctt
ctcacgtgggatcttcttcgaggccacacggtcacacaaatggcggtattgagtgtgctg
gaattgattttgaccatcgatcggtcatcgagggatttgttgatgttcctttgcagacag
tctatcctacagcaacttgtggatagcattccggaagacctgaaggctgttgaatcgttt
ttgagttccgttgccatggctgaggatgatgagctacacgtcagtgcggaaattgctggt
gctgcaaccgcagccacttctgcatttcacatgtaccgcgccaaagtggccctgttttcc
cgcctggcgacaagtctcacaggagcaaaggctttgcttcagtgtgatgtgatcagcatg
ctcacggcctgcgccatctactctgcttcaaccttggcaaactcatacgcagacggtctt
gactccttatacgcctcgaactcagcactgaccaacgcagatgtggaacgcggggactcc
aaagtttctcaaattttgtcgcgcgttatggcagcttcgcagtgcgacagcacggacatt
cattttgatgactgtttacttcaccggctgatttgtgcaagaagtgatagttcgacggca
gagagcactattacttggcccggagttttactcccggtcgtggatttgttcaagacaata
ttgatcaccttgggtccttcgcatgtttatgccaatcagcaagttatcggctttctatat
gcccactcggatgcactgttggttgaggagacagttttgggcagtgctttggtccacttt
ttggaccggacagactggatgagtggaatcaccggggcaggcggcagtgtaggcattgtt
tggctcatgcaatggctcgctgctcagacaaacttagtcgagcttttcgcactggtcagc
aggactgaaaaaatctcaactgggatggacgaatactccataattcagagtgaagtggtt
cgatctcggattctgcgcaactctgtcagccttctgccaactctgttggctgaaccacag
ccttccgcgaaacctttgaccggtgtctccaatcagcatcatcatctcatctttgaccac
atgctatgtcgtacccagcaacttaatcttattcggcatctcgtttccgtgtgcgtggcg
agtctggaccgctcctctttggatgcttcgttacctgttccgtcaaaaaacattcaacca
ttgtttacactcctccaaacgagtgaccaaggtgaccctagttctggccatgtccaactg
acgtttattttacatctggtctcatgggcattgaatcagttggtacgcgtcgaagatctg
tgtgtgggtctggccaacttgaatatatttaacagttcggggaagttggacgatgcaggt
tcaaagtcgctccagctgtcttcggaggaatcccccatccgtgttggatgcccggtacac
gcacgggtacgtagcgacgacctgtcaatggaccagcttcgtcagtcgtgcacactcctt
ttctccagtgttccccgcctggtcagttcttctacgccttttctcggacttgactcccat
cacccagagacggagttgctgcgcaattgtatcgcggttggtgtcagttttcttcgttta
cagttgaattcacttgttagtatctgcgaacagggaatttatgtctcgtggcgttttctc
aaccaccatctcaatcgcccggatcctgctgcggcctcatcactgacacctcgaatacaa
tctgccacgaagttccctggctcaaagacgcgacaaccacaaacacgtcgagtggatcaa
acccctgagtacggtcggctcgcttacaaacgtgaacttcctggggcgcatgtttctgca
gacgaaaggagtgaacctgagataatcagagaaatgataccctccctactacgtcctgaa
cttctggaatcgctctgtcaactttccaaggagtcctcaggcaaacgtctcgaacttcag
ataatctgtccaactgaattcccagagtcatattcgattgaagaacactctaaacgacat
actactcagatgctcgccttaatctctcgttactaccagttgcacggactacaaatataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (69)   

Download RDF
DBGET integrated database retrieval system