KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_05875
Entry
T265_05875        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
  KO
K08825  dual specificity tyrosine-phosphorylation-regulated kinase 1 [EC:2.7.12.1]
Organism
ovi  Opisthorchis viverrini (Southeast Asian liver fluke)
Brite
KEGG Orthology (KO) [BR:ovi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ovi01001]
    T265_05875
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ovi04131]
    T265_05875
Enzymes [BR:ovi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.12  Dual-specificity kinases (those acting on Ser/Thr and Tyr residues)
    2.7.12.1  dual-specificity kinase
     T265_05875
Protein kinases [BR:ovi01001]
 Serine/threonine kinases: CMGC group
  DYRK family [OT]
   T265_05875
Membrane trafficking [BR:ovi04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Kinases
    T265_05875
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr Choline_kinase Blt1
Other DBs
NCBI-GeneID: 20320057
NCBI-ProteinID: XP_009169268
UniProt: A0A074ZU88
Position
Unknown
AA seq 1742 aa
MHLCQPKDPLSAIQTSGSFGSFPSQIGTVMYQEVNCTTAEGHPSTSHERFLNDIFSLNYP
DGPDSGDCSANRSPQPPTNGLDSLLLGDDQEKLIADEESLTHHQHHSHHDPTSVIIVGRS
QPPGIDLSSRQDVDYEDDEDVLLVSELPPEQFTFHTDAIDRGSGDYDIGHFNMPSALGEP
RLNEDVLPPFARHRPSPPPPLSRSQIPLSSAVLFHPSGSTEEQDYSMQFIPFDNRSVMNP
NQHHSDANRFSTTEMFSGGTKREGLVPQSWLASALEDENTAFCDIFNGTHQPLDLAQTSL
GAETSIVTSSTSLSLSSALSRAATDEQATTTTTSSGSNDSVGPTTLGSPSAKVNLYAFPN
NSPDWSITQMLEGQNRPDDTGSRRVDSTLTSTKSFGTAVTLTNEDSIAHARQRLLGASAA
AAALAAKAYSAQTTGDQFYLYCSPASSDTCTMLASQSNTAPVSGIGISHHHLLSGLPHSS
HHTLIRNAATVPVPEPKIIPFRDPETIPLRKMSVNLITTYKHINEVYYRKKRRLREQYLQ
RKNHEKLANPPPEAFAQPSDRVQHPSSLESPPASRPSAGDSSWTAHTTYGHTSTKDALST
ESRRELHKEFSTFSGGPFDDYIVGIACDELGSNKGHPPITTCSAYPHTSVCIPHQVSPND
VRSVKANLGKPVINYNGLADRMASIDLSGGIYNSGTTHEETLTNLARCVSMQPQSLAKPD
SNDQQDKPATIMRHLSYPNASSHKIVPMNQATLDSTGVQSTYGPQLPSSLDQQPNVPSAD
QLTNSLNRLQAYSDQLHSFLSGTSTENLMAVQTRGAPTKYGNAITVVTGNAARSPLGMAP
STGSFPPIVSSATPAYSAGSSACYYNLPVPFDTGSPTVQLANTPTSSNMTLTGVEANLLQ
QLTSHLSGGTYRNEAPPPPAPTSVYSSGFVHRLNLANHSPSCLAVDSGSIDRAAAAAAAA
GDNRESPSFVAGFTHSHPHMAPPTSFRPHPNEVFQHHHHHLQYQQHQAQIAGAVQRAAAN
RPANEVVGKSTAVTYVNQPMFNSSILNDGTLTAVMPTNSATNDSRFAPVPSMQQSQAPQV
PTIITTTTASMTLAKNGTGNSQHPPASQQQVDRRHTDANYDYIVRPGEMWMGRYLIQSLI
GKGSFGQVMKAHNCATNEDVAIKIIKNKRAFTNQAQVEIRLLHEMNRYLEVAEASGEPAP
LGANYIVRLLTHFTFRGHLCLVFELLSYNLYDLLRNTNFRGVSLNLTRKFAQQLCHALEF
LSRPELRIIHCDLKPENILLVNPKRSAIKLVDFGSSCHVKEKVYQYIQSRFYRSPDVLLG
LDYTMSIDMWSLGCILVELHTGEPLFAGQNEVGQMMKIIEVLGMPPRGLLEKSRRWHVFF
ERTIDREYIPKVACQPPGSRRLSDILGVNTGGPRGRRAHEPGHSPSDYNVFMELVLRMLT
FDPERRIRPSSALAHRFFRRTNPTGVLGGGAPERISNASHLGQLSPPGHCDSNPALVHPA
NWSSGYSDKAHPQLVNAAASLGHSGGLGPISRPLDTLDLLRHQQHQGHPTHLSTAVAAFA
QRTLPAALAGDNQFTEPLSPLIAHHHHLHHPHHHTPHMQHHPSIPPALHFSQATGAISSI
AVPQHFQSTRAVAVTLPAAAASLLTGSLHPAIHMIQQQQQQSNTTPGSTPLHHYRHPSST
YFVESAADHIAYQQPHQQQQQQSIQLAWVGGLGDQHHSISSGCMVSPDSVLNTAPLSPGI
WR
NT seq 5229 nt   +upstreamnt  +downstreamnt
atgcatttatgccagcccaaggaccccctcagtgccatacagacctcaggatcatttggt
tcctttccgagccagattggaactgtgatgtatcaagaagtgaactgcaccacggctgaa
ggtcatccatcaactagccacgaacgatttctgaacgatatcttctctctaaattatccc
gacggacctgactccggtgactgttcggcaaaccgatccccccagccaccaaccaatggt
ttggacagtctacttttgggtgatgatcaagagaaacttatagctgatgaagaaagtcta
actcaccaccagcaccattctcatcacgatcccacgtccgtgatcattgttgggcgaagt
caaccacctgggattgacttatcttcacggcaggatgtagattacgaggatgacgaggat
gtactactggtaagcgagttgcccccggaacagttcactttccacacggatgccatcgat
cgtggttcgggagactatgatattggacacttcaacatgccttcggcgttgggcgaacct
cgactgaatgaagatgttctccctccgttcgctcgccaccgaccttcacctcctccacct
ctttcacgtagtcaaatcccattgtcttcggctgttttgtttcatccgagtggctctacc
gaagagcaggactattccatgcagttcattccatttgataaccgttccgttatgaatcca
aatcaacatcactcggatgcgaaccgcttctcaacaaccgaaatgttcagtggtggaacg
aagcgtgaaggtttggtccctcaaagttggttggcaagtgcactggaggacgaaaacaca
gctttttgtgacattttcaatggtactcaccaaccattggatctagcacaaacgtcactt
ggtgcagaaacaagtatcgtcacgtcgtccacctccctatctctttcgtcggctctctca
cgagcagcaacagacgaacaggcaaccacaacgaccacgtcctccggatcgaacgatagt
gtcggacctaccactttgggtagtccatcagccaaggtcaatctttatgcgttcccaaac
aattcaccagactggtccataacccagatgctcgaaggccaaaacagaccggacgacaca
gggtcacgccgtgtggactccactttgaccagtacaaaatcttttggaacagctgtgacg
ctgaccaacgaggactcgattgcccacgccagacaacgtttgttgggtgcctcagcagca
gcggccgcattggctgcaaaagcgtattcggctcaaaccactggcgatcagttctatctc
tattgttccccggcctcgtcggatacttgcaccatgctggcctcgcaatcgaacactgca
ccggttagtgggatcgggatttcacaccatcacttgctctctggtctaccccattcttcc
caccacacgctcatccgcaacgccgcaactgtcccggtaccggaaccaaagattatacct
ttccgtgatccggaaactattcctctgcgaaaaatgtctgtgaatttgatcactacttat
aagcatataaatgaggtgtactaccgtaaaaaacgccgcctacgtgaacagtatctgcag
cgcaagaaccatgagaagctcgccaatccaccaccagaagcgtttgcccaacccagcgat
cgtgttcagcatccatcgtccttggagtcccctccagcctccagaccaagcgccggcgat
tccagttggactgcccacaccacttacgggcacacctccaccaaagatgctttgtccaca
gaaagtcgcagagaactgcacaaggagttctccacgttttccggcggtccgtttgacgat
tacattgtcggcatcgcgtgcgatgagctcgggtcgaataaaggccacccaccaatcacc
acttgttcggcctacccgcacacatcggtctgtattccgcatcaggtctctccaaacgat
gtgcgatctgtcaaggcgaacttgggcaaaccggtcataaattacaatggacttgcagat
cgcatggcatccatcgatttgtccggtggaatctacaacagtggaacgactcacgaagaa
acgctcaccaacttggcccgatgtgtgtccatgcaacctcagtcgttggccaaacctgat
tcgaatgatcagcaagacaaaccagccaccataatgcgacatttgagctatccaaacgct
tcctcacacaaaattgttcccatgaaccaagcaaccctagattccactggcgtccaatcc
acatatggtccccagcttccatcatccctcgaccagcaacccaatgtcccgtcagcggat
cagctgacgaattccttgaaccggcttcaggcctattccgatcagctacattccttcttg
tctggaacatcgacggaaaatctaatggctgtgcagactcgcggcgcacctactaaatac
ggcaatgcgatcacggttgttacgggtaacgctgctcgctctcccctaggaatggctcca
tccaccgggtcatttccgcccattgtgagcagtgctaccccggcctactcggcaggcagt
tcggcttgctattacaacctcccggttccgttcgacaccggatctccaacggtccagctt
gcgaatacgccaacctcatccaacatgaccttgactggagtggaagcaaacctactgcaa
caactcacatcccacctttctggtgggacttaccgaaatgaggctcctcccccacctgcg
cctacgtcggtctactcatctggatttgttcatcggctcaatctagcaaaccacagtccg
tcgtgtttggcggtggactcggggtctattgaccgagcagcagcagcggcggcggcagct
ggggacaaccgtgaaagtccgtctttcgttgcgggattcacccattctcatcctcacatg
gctccaccaacgtccttccgaccccatcccaacgaagtgttccagcaccatcaccaccat
cttcaatatcaacaacatcaagctcaaatagctggcgccgttcaaagggcagcggccaat
cgaccggccaatgaagtggtcggcaaatccacggccgtgacctatgtgaatcagcccatg
ttcaactcgtccattctgaatgacggcacactcacagccgttatgcccacgaatagcgca
accaatgactcccggttcgcacctgtaccgtccatgcagcagtcccaagcgccacaagta
cccacgatcatcaccacaacgacagcatcgatgaccctggcgaagaacggaactgggaac
agtcagcacccgccggcatcccagcaacaggtggacagacgtcacaccgatgccaattac
gactatatcgtgcgaccgggtgaaatgtggatgggacgatatctgatacagagtttgatc
ggaaaaggatcgtttggacaggtgatgaaagcccacaactgtgcaaccaatgaggatgtg
gccatcaaaattatcaagaacaaacgtgcattcaccaatcaagcgcaggttgaaattcga
ttgctacacgaaatgaatcgctatctggaggtggccgaagcatccggtgaaccagcccca
ttaggagcaaattatattgttcgcctcctcacacacttcacctttcgcggacatctttgt
ctcgtattcgaactgctttcctacaatctgtacgatctgttgcgcaacaccaactttcgc
ggtgtctctctcaacctgacacgcaaattcgcacaacaactgtgtcatgcgttggaattc
ctctcgcggcccgaacttcgaataatccactgtgatctgaaaccggagaacattcttctc
gtgaaccccaagcgttcggcaatcaagttggtggattttggaagttcttgccacgtcaaa
gaaaaggtgtatcagtacatacaatctcgtttctatcgctcgccagatgtgttgctcggt
ttggactatacgatgagcatagatatgtggtcgttgggctgcatcctggtcgagctgcac
acaggtgaacctttattcgccggacagaatgaggttggacaaatgatgaaaatcattgaa
gttttgggcatgccgccccgcggactgttggagaaaagtcgccgctggcacgtgtttttc
gaacggactatcgaccgagagtacatacccaaagttgcctgccaacctccaggaagccgg
cggttgtccgatattctgggagtcaataccggtggtccccgaggtcgccgtgcacatgaa
cccggacatagtccgtctgattacaatgtctttatggaattggtgttgcgcatgctcacc
ttcgatcctgaacgacgcatccgaccgtccagtgcgcttgcgcatcgattttttcgccga
accaatccaaccggggtacttggcggtggtgcaccagagcgtatcagtaacgcgtcgcat
ctgggtcaactttcgcccccaggacattgtgatagcaatcctgccttggttcatccggcc
aattggtcctccggctactctgataaggcacatccgcagttggtcaatgccgctgcgtcc
ttgggacattcaggaggacttggaccaatctctcgtccgctggacaccctggatttgctc
cgacaccaacagcatcaaggtcatccgacccacttgtccactgctgttgctgcttttgcc
caacgaacgctccccgccgcccttgccggggacaaccagtttactgagccgctttcccca
ctgatagcccaccatcaccatctacatcacccgcatcaccacaccccacatatgcaacat
cacccgtccatcccacccgcactccacttctctcaggctaccggggcaatcagttcaatc
gctgtccctcagcactttcaatccactcgggcagtggctgtgacgcttcccgccgcagcc
gcctcgttgctcaccggctcgctgcaccccgccatccatatgatacaacaacagcagcaa
cagtccaacacgacccccggatctactccgctccatcactaccggcacccatcgtccacg
tatttcgtcgagtccgcggcggaccacatagcctatcaacagccgcaccaacaacaacaa
caacagtcgatccagttggcctgggtcggggggttgggtgaccaacatcatagcatctca
tctggatgtatggtatcaccggattccgtattgaatacggctcctctttcgccgggaatt
tggcgctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (82)   

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