KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_11837
Entry
T265_11837        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
  KO
K14317  nuclear pore complex protein Nup214
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_11837
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:ovi03019]
    T265_11837
Messenger RNA biogenesis [BR:ovi03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     T265_11837
SSDB
Motif
Pfam: Methyltransf_PK Methyltransf_25 Methyltransf_12 Methyltransf_11 Methyltransf_2 Nucleoporin_FG
Other DBs
NCBI-GeneID: 20326005
NCBI-ProteinID: XP_009176885
UniProt: A0A074Z7Z9
Position
Unknown
AA seq 1804 aa
MEHSYKQVHQITCGTVESIPRRNLIDSCIHGYIACGVSTGVLLFNVQRYLKATGSCTLRK
DKALPEHDADCRITCTDPVHWVAFNSGGLVLAVVTSNEVQGTFVHLVDLVELLRVGSTQL
SSISRSVRVCGGEPSTATGQPGWEIRDFAWSPASPDTFVLILKCGVVRLISASPDRSSES
VTVIGHLQCDVDAQCLSWSGKGKQLAVCLNGILPTANGTVQGPLILQTDPQLRLKRTVAL
DSVLPQFSDAGTTPQPLDLLWISPSCFILGLQCGSSLRAVLVSAPTKSTVVTHTELVELC
GITTSPHRQYYFRAVNSHYFLATHSAGEEVLLYHLPAQSSTVVSGEEPPPPPTGLLSIEL
PPDGSPIGLSLGFHCESGRPQPYAIVRLTNGNLSPFLLHIPTILESLQPTLPKPIHLPAP
PPTVCAPVNLCVSKPDSSDGILLRDSASPLSVPTATTPLLPPITNGLFLGLIPQTGQHSS
TIKAPTQTPSKDISTHTSQSVTSPFADRTRPPYSERHPQVADTNVLARTHSSHLKSSSQD
RVARLPHSVEIAAIQFTTALLAEAEAGRAAWRELFDLMKRGSHVESKQESSTGVDVIEAR
LYDVNVFMKAIDEVLNEVHTSAKDRRQEFLNAQIYAEKVRQAFRLCASEAFIPSLTSQLD
PEASRLLERLKRRSHLAETSLFDLEAQLEALSAEIENCVGAKRSVAKMFTEVDSAEDRSL
SHKKVLETLGITERLIRAERARVEYLVGSLQRLRLTAAFDGSGVLSPLARSGTPSSSGKY
RGTHSKSGRGTDDSIPSPAYQSLIQRDRALYRLFSSHTLSVVDAPIALLTIDADTDDDQL
ISESAEPALPSSLVVQGQQRKLEQLVGFSGEAASTNSPPPRDPDPLTQKHPDPIVFSANV
RPCVTTSTPPLPRIHLVSSPQTESSSSTKLVSASPTVHQTPAPSSTSVNNSQVAEIPPTS
SQSPSTGLFALGQKSTLATSPVIVDQKSGSPATTQRIHNSASTIVSPTMSTAATATTASM
GIFGRPLVSSGPVWTGSPPQSTTSTSASLVSAAKHVFSFGSFGQTVTTTAMPTANTTSGI
FASPFGGLFSSSAAHSAKTTSVPRLPSLFGAPVFSGGTSNFFGSLSTTTAPSTTSVTTGP
APPTTTQVSGGGLFGSAISSQPLGSGGSGLFGSLLSTAVATKPSALVTPSSTTTSVTTRA
SGLFGPTAALATPATSSITTTITTGGGLFQFNQANCPAGLFGVITGTASTRTASATLPKD
VSCLFSGSAFELGLPAPTTQNSVQNAFDRPTGSPLVFGGGQNGLFGTATPQSGSGSFGAP
AFCVATSPTTATTTGSSLFGPTTGSGLFGSVQLSPSSSPSAGAFGARPVFGQSAFGSSGQ
TVLGGATAFGSAGLFGATAVISPSSVNPPGMLFGANTAAAATVGGGLFAALAAKSESPSF
GNLAMGSPPPAAAPASPFVRTAGTCFLRSVACYTCFIIVRGLVERLTPCALASLCVLTVF
GFPICRSVCAYASASVASNQEGPSQTGVENAAWSSTVKDIAFSRRRSQRKSTSSRSSNSD
VTPEPPFSPTDPPATFYSRAKEYWANVSPTIDGMLGGYSSLNVPDIEDSHAFLDDYGPNT
TAYALDCGSGIGRVTKQLLLPRFNSVDMAELTQAFLDQSETYIGAEDFTRVGERFCTGLQ
DFIPPRGRYDLVWIQWVLGHLSDVALVGFLQRCAQALSGNGIIVVKENVTSTDPTNPDSE
ESEANFDDIDSSFTRSRTAFLAIFEKADLIVIGERLQTNFPKSIYPVRMFALRTRTPPSP
ITSK
NT seq 5415 nt   +upstreamnt  +downstreamnt
atggagcattcgtacaaacaggttcatcaaatcacatgcgggacggtagaaagtatccct
cgccgtaatcttatcgactcttgtatacatggctatattgcttgtggcgtctcaaccggt
gttctgctgttcaatgtacagcgttacctcaaagctaccggttcgtgtacattaaggaaa
gacaaggctctgccagaacacgatgcggactgtcgaatcacttgcacggatccagtgcat
tgggtcgccttcaacagtggcggtctggttttggctgttgttacatccaacgaagtacaa
ggcacttttgtccatttagtcgatctcgtggagcttttacgggttggctccacgcaactt
tcttcaatcagtcgttcagttcgagtctgtggtggagagccctcaaccgcaacgggacag
ccgggttgggagattagagattttgcctggagtccagcatcaccggatacatttgtactt
atcctcaagtgcggggttgttcgattaatatccgcatcacctgacaggtcgtctgagtca
gtaacagtaattggtcatttacagtgcgatgtggacgcccagtgtctttcatggagtgga
aaaggcaagcagttggcagtttgtctgaatggtattcttccaactgctaacggcactgtc
caaggcccgctcattcttcaaacagacccgcagcttcgactcaagcgcacagtagctcta
gattctgtgctgccgcagttttcagatgcaggtacaactcctcagcctttggatttactc
tggatttctccttcctgcttcattcttggtctacagtgtggttccagtttgcgagcggtc
ctggtcagtgctccaaccaaatcaaccgtggtcacccatactgaattggtcgaactatgt
ggcattacaacctctccccatcgccagtattacttccgcgctgtgaacagtcactacttt
ttggcgactcattcagcgggtgaagaagtcttgctgtaccacctaccagctcagtctagc
actgtcgtgtctggagaagaaccaccaccaccacccaccggtttactcagtattgaactc
cctccagatggttccccgatcggtttgagtttgggcttccactgcgagtccggtaggcca
cagccatatgccatcgtgagacttacgaacgggaaccttagtccgtttttgcttcatata
cccaccatattggaatctctgcaacccaccttacccaagccgattcacttgcccgcgcca
ccaccaacagtatgtgccccggtcaacctctgcgtttcaaagcccgatagttcagatgga
atattacttcgagattccgcctctcccttatccgtaccaactgcaactactcctttgctg
cctcctatcacgaatggattattcttgggcctcataccacaaaccggtcaacattcgtct
actattaaagcgccaactcagaccccttcgaaagatatctcaactcacacttcacaatca
gtcacttcaccgtttgcggacaggacacgacctccttattcggaacgacatccacaggtc
gccgacacgaatgttttagcccgaactcattcaagtcacctgaagtcatcatcccaagac
cgggttgcacgtttgccgcactctgtggaaatcgcagccatacagttcaccacagctttg
ttggctgaagctgaagctggacgtgctgcttggcgtgaattgtttgacttaatgaagcgt
ggatcgcatgtcgaatccaaacaagaatcttctactggggttgacgtgatcgaagctcga
ctgtacgacgttaacgtgttcatgaaagcaatagacgaggtactgaatgaagtccatacc
agtgcaaaagatcgcagacaggagtttctgaacgcacaaatctatgctgagaaggtccgg
caggcatttcgtctatgtgctagtgaagcatttattccctcattgaccagccagctcgat
ccggaggcttctcgtttattggaacgcttgaagcgtcggtcgcacctggctgagactagc
ctatttgatttggaggctcagctggaggctttgtcagccgaaatagaaaactgtgtggga
gccaagcgttctgtggcaaaaatgttcacagaagttgactcagcagaagacaggtccctt
tcacataaaaaggttcttgaaaccctgggcatcactgagcgtcttattcgcgccgaacgt
gcccgtgtcgaatacctggtggggagtttgcaacgccttcggttgactgctgcgttcgat
ggatcgggagtattgtctcccttggctcgcagtggaactccaagctcatcggggaaatat
cgcgggacccattcgaaatctggtcgagggactgatgactcaatccccagtccagcttac
cagtctttgattcaacgtgatcgagccctgtataggttattttccagccatactctttct
gtggttgatgctcccatcgctctcctaacaatcgatgcagataccgacgatgatcagttg
atatcggagtcagcagagcctgcgttgccttcttccctagttgtacaaggtcaacagaga
aagttagaacagctggtcggtttctcaggcgaagctgcgtcaacaaatagtccaccacca
agagacccagacccgctcactcaaaaacatccggatcctattgtcttttcggccaatgtg
cgtccttgtgtaaccacttccaccccaccattgcctcgcattcatctggtctcctctccc
cagactgagtcctcttcctccacgaaattggtttctgcctcaccgactgtccatcaaacg
ccagcgccttcttccacatctgtgaacaattctcaggtggcggagatacctccaacctca
tcccagtctccttccacagggttgtttgcccttggccaaaagtccaccttggccacgtca
ccagtgatagtcgatcaaaaatccggctctccagcgactacccaacgcattcacaattcg
gcatcgacgatcgtgagtcctacgatgtcaaccgctgcaacagcgacaacagcatccatg
ggaatatttggaagaccgcttgtatcatccggtccagtgtggactggttcaccacctcag
tcaactacaagcacttctgcgtctctagtttctgcagcaaaacacgtgtttagctttgga
tctttcggacaaactgttaccacaaccgccatgcctactgcgaacaccactagtggtatt
ttcgccagtccgtttggaggtttgttcagttcgtcggccgctcactctgcaaaaacaacg
tcagttcctcggttaccctcactgttcggggctccagtcttttcgggcggcacctcgaac
ttttttggaagtctcagtactacgacggcccccagcacaacttctgtgactactggacca
gcaccaccgactacaactcaagtgagtggtggtggcctctttggttcagctatatcttct
caaccgttgggcagtggtggcagtggcctgtttggctcgttgctcagcacggcagtggct
acgaaaccatcggctctcgtgacgccgtcgtcgactaccacctcagtaactaccagagct
agtggtttatttggtcccaccgcggctcttgccacgcctgccacttcctcaataacgacc
accataaccacgggtggtggcctttttcagttcaatcaggccaactgtccggctgggtta
tttggtgttatcactggaacggctagcacaagaactgcttccgccactctaccaaaagat
gtcagctgcttgttttccggctccgcctttgaactaggcttacccgctccaacaactcag
aactctgtccaaaatgcgtttgatcgccccactggctctccattggtatttggcggtggt
caaaatggtttgttcggcaccgcaactccgcagtccgggagcggttcgtttggggctcct
gctttctgtgtagctacgtctccaactacggctacaacgacaggttccagtttgttcggc
cccacaaccggtagtggtttatttggcagtgttcagctcagtccgtcatcatcgccctcc
gcgggtgcatttggagctcgcccggtgtttggacaatctgcctttggctcctccggtcaa
actgtccttggtggcgcaaccgcgtttggttccgcgggtctttttggtgcaaccgctgtc
atcagcccatcatctgtaaaccctcccggcatgttgtttggagcgaataccgcagcagct
gcgacggttggtggaggtctttttgctgccttggcagcgaagtcagagagtccatcgttt
ggaaacttggcaatgggttcaccgccacctgctgctgcaccagcttcgcctttcgtccgg
acggcgggaacgtgttttcttcgcagcgtggcctgctacacgtgtttcataattgtccgt
ggacttgtggagaggttgactccctgcgcgctcgcgagtctgtgtgtgctgactgtgttc
ggtttccctatatgtaggtccgtttgcgcgtacgcctcagcctcggttgcctccaatcaa
gaaggtccgtcgcagacgggggttgaaaatgcggcgtggtcctccactgtaaaggatatt
gctttttcccgccggagaagtcaacgtaaaagtactagctcgcgttcttctaacagcgat
gttacacccgaaccgccattcagtcccacagatcctccggccaccttctactccagggct
aaagagtattgggccaacgtgtctcccaccatcgatggtatgcttggtggttactcatcc
ttgaatgtgccggatattgaggattcgcacgcatttctagatgattacggccctaacaca
acggcatacgctttggattgtggtagcggaatcggacgtgttaccaaacagctcttatta
ccacgattcaactctgtggatatggctgagctaactcaggcatttctggaccaaagtgag
acgtatatcggtgcggaggactttacgcgcgtcggtgaacgcttctgtactggattacag
gattttattccaccccgaggacgttatgatctcgtttggattcagtgggttctggggcac
ttgtcggatgtcgccttggtcggtttccttcaacggtgcgcccaagcgctctcaggcaat
ggtattatagtcgtgaaagagaatgtgacttcaaccgacccgacgaatccggattcagaa
gaaagcgaagcaaattttgatgacatcgacagcagttttacccggtcccgcactgctttt
ctcgcaatttttgaaaaggctgacttgattgtaattggtgaacgcctgcaaaccaatttc
ccgaaatcaatctatcctgtgcgcatgtttgcactgcgtacccgcacacccccgtcgccc
ataacttccaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   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 (70)   

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