KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_08731
Entry
T265_08731        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
Organism
ovi  Opisthorchis viverrini (Southeast Asian liver fluke)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr cNMP_binding Kinase-like Pkinase_fungal RVT_1
Other DBs
NCBI-GeneID: 20322910
NCBI-ProteinID: XP_009172880
UniProt: A0A074Z821
Position
Unknown
AA seq 1024 aa
MSTDNLKQLVEKQTAEIAALKSELLARDTRIADLTGLLDKYQSVFSRQTNQMNLISDGLG
GGTTPSIKPRKRGIGISAEPEDASKIMTHELKRYPKPNEDDLQSALSPTEFELLDTKAKE
VKSAQGKQCKDRQIREFEKLLSTTRCSSNTAEKNRPLSEEERCLLEKGLNFAVSKGVIRA
EEIVPSVESVFQKLPSMEAEKLRVLLVTVLKSQQPGVPNIAPAERRALNTLKNVDSIVIT
KADKGKATVVMNKSDYLHKVRQHIADGPYRQSSNGKITSIMSSKSKVEVGKYLRSEINHL
GQGKWYQLYPKSAIQPRLYGLPKIHKEGVFISPIVDGIGSPPYQLARYLAGILKPLAGKS
PTHIQVAGLQMEPDEVLASFDVNSMYTNVPRADAVEVARRLLLADTMLKERTQLSVDEIV
EGIKVCLNLSHFVSDSVVYTQEQGLAMGSPISPILANIVRKIIKQAIMENDFLNHLAQDQ
LNNLIDCMYLIAHRAGETLINEGDFGDLVYVLFDGVLEIWKDGVKVRDVNRCTVLGELAV
LYNCERTATVKAATACRLWAIDRKSFQTILRKKNIQRLQSRLAFLRSVPTFHDLPDTTLS
QMADQLTEVRYAPNEYVIRQGARGDNFYIVCQGQVHVTVQEVEKSGEINTSTKPKFIRTL
GRGEWFGEMALKGSYNALIGDLEALQRHYADLKIRQVSKLEDRTRFSHVLLENLKTIGTM
GVGGFGRVELVKLNDSDGQSFALKKMKKNHIVRTKQQEHVINEKTILLEVNSEFIVKLWK
TFRDSKYVYLLMEPCLGGELWTLLRDQFFFNETTTQFYVACVVEALDYLHSLNIIFRDLK
PENLILDNEGYCKLTDFGFAKRVPSGSKTWTFCGTPEYMAPEVILNKGHDSAVDFWSLGI
LIYELLTGLPPFDSPDAMRTYNLILKGLDAVGFPPKVTGNAQNLIRKLCRDSSVERFGYG
KGGIREVEKHVWFEGFDWKGLQKRVLEPPYRRQVDSQQDLRNFDKCPEDKGEPPDELSGW
DANF
NT seq 3075 nt   +upstreamnt  +downstreamnt
atgtcgacagacaatcttaaacaattggtagaaaagcagactgccgagatcgccgcactg
aaaagtgagctgttggcaagagacacccggattgcggacctgacaggattattggacaaa
tatcagagcgtattttccagacaaacaaaccagatgaatctcattagtgatggccttggt
ggaggaacaacaccttccattaagcccagaaagcgtggtatcggtatatcagcagagccg
gaggatgcgtcgaaaatcatgacgcatgagttgaaacgttacccaaaacccaatgaggat
gatcttcagtcggcactctcacctactgaattcgaattactagataccaaagcgaaggaa
gtgaaatcagctcaaggtaaacaatgtaaggacagacaaatacgtgagttcgagaaattg
ctttctaccactcgctgttctagtaacacagcagagaagaatagacccttaagtgaagag
gaacggtgtctgttagagaaaggattgaattttgcagtaagtaaaggcgttataagggca
gaagagatcgtccctagtgttgagtctgtattccagaagcttccttcaatggaagcggaa
aaattacgtgtattgttggtcacagtcctgaagtcccagcaaccaggggttccaaatatt
gcaccagctgagcgaagagccttaaacacgttaaaaaatgtagatagcatagtaattaca
aaggcagataaaggcaaggccacagtcgtcatgaataagagtgactatcttcataaagtt
agacaacacatagctgatggtccttatcgacaaagtagtaacggaaagatcacgtcaatt
atgagtagtaagagtaaagttgaagttgggaagtatctgagatctgagataaaccatctg
gggcaaggcaagtggtatcaattgtacccaaaaagtgcaatccaaccacgactgtacggg
ttaccgaaaattcacaaggaaggtgtcttcataagcccaatagtggatggcataggttca
ccaccatatcagttggccagatatctagcaggtatccttaaaccacttgccggaaagtca
cccacacacatccaagtagctgggcttcagatggagccagacgaagtcctggctagtttt
gacgtcaattcgatgtataccaacgtccctagagcggacgctgtggaagtggcgagaaga
cttttactggcagacacaatgctgaaggaacgaacgcaactctccgtagacgagatagtt
gaaggcataaaagtatgcctaaacctcagtcattttgtttctgactcagttgtatacact
caagaacaaggtttagcgatgggatcaccaatatctccgattttggccaacattgtccga
aaaattataaagcaagcaatcatggaaaacgacttccttaatcacttggcacaagatcaa
ttgaacaatttgattgactgcatgtacttgattgctcatcgagccggagaaaccttgatc
aacgagggcgactttggagatttggtgtacgtactttttgacggagtcctggaaatttgg
aaggatggagtgaaagttcgagacgtcaacagatgcactgtacttggtgaactagccgtc
ctctacaactgtgaaaggacagcaactgtaaaagcggcaaccgcctgtcggttatgggca
attgaccggaaatctttccagactatactccgcaaaaagaacatccagaggcttcaaagc
agattggcttttttgagaagtgtgccaacgttccatgacctgcccgataccactttgtcc
caaatggccgatcagttgactgaggtacgctacgcaccaaatgaatacgtcatccgtcag
ggtgcccgaggtgacaacttctacattgtgtgtcaagggcaagtgcatgtaaccgtgcaa
gaagttgaaaaatctggtgagatcaacacgtccacaaagccaaagtttattcgcacacta
ggacgtggagagtggtttggagaaatggcactgaaaggttcatacaatgcgctgatagga
gatttggaagcgctgcaacgtcactatgctgatttgaaaatccgtcaagtttcgaagctc
gaggaccgcactcggttttcccatgttcttttggaaaacttgaagactattgggacaatg
ggcgtgggtggatttggtcgagttgaattggtaaaactgaatgatagcgacggccagagt
tttgctctgaagaaaatgaagaaaaatcatattgttcgaacaaaacagcaggagcatgtc
attaacgagaaaacgattcttttggaggtcaactcggagttcattgtcaagctatggaag
accttcagggattcgaagtacgtctatctactaatggagccctgccttggtggtgaactc
tggacgctactacgtgatcaattcttcttcaacgagacaacaactcagttctatgtggca
tgtgtggtggaggcattggactacctgcactcactcaacataatcttccgtgatttaaag
ccggagaatcttatactggataatgaaggttactgcaaactgactgatttcggatttgcc
aagcgagtccccagtggaagcaaaacgtggacattctgtggcacacctgaatatatggca
cccgaagtaatcttgaataaaggacatgattcggctgtggatttctggtctttaggcatc
ctgatttatgaacttttaacgggcttacctccatttgattctcccgatgcaatgaggacg
tacaacctgattttgaaaggtttggatgccgttggcttcccaccaaaagttacaggaaac
gcacaaaatttaatcaggaagttgtgcagagactcttcagtggaacgttttggttacgga
aagggaggcatacgagaagtggagaagcacgtctggtttgagggttttgattggaaaggc
cttcagaaacgtgtccttgaacctccttaccggagacaagttgattcacaacaagattta
cggaactttgacaaatgtccggaagataaaggggaacctcctgacgaactttcaggctgg
gatgcaaatttctaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (118)   
   RefGene (115)   
   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 (128)   

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