KEGG   Opisthorchis viverrini (Southeast Asian liver fluke): T265_04365
Entry
T265_04365        CDS       T04902                                 
Name
(RefSeq) hypothetical protein
  KO
K19947  F-actin monooxygenase [EC:1.14.13.225]
Organism
ovi  Opisthorchis viverrini (Southeast Asian liver fluke)
Brite
KEGG Orthology (KO) [BR:ovi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ovi04131]
    T265_04365
Enzymes [BR:ovi01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.13  With NADH or NADPH as one donor, and incorporation of one atom of oxygen into the other donor
    1.14.13.225  F-actin monooxygenase
     T265_04365
Membrane trafficking [BR:ovi04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    T265_04365
 Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    T265_04365
SSDB
Motif
Pfam: LIM FAD_binding_3 Pyr_redox_3 FAD_binding_2 HI0933_like Pyr_redox_2 DAO NAD_binding_8 Lycopene_cycl CH Thi4 Pyr_redox FAD_oxidored GIDA
Other DBs
NCBI-GeneID: 20318547
NCBI-ProteinID: XP_009167350
UniProt: A0A074ZP50
Position
Unknown
AA seq 1710 aa
MTIAESSRSMEELFDLFCTANSFSSILQHFNQLCAVTVRASTAKHPWNVYRELRASLKSY
WKAAALFEKLDKRVQCAEYMQQTACNGVNVIVVGCGPCGLRCAIELALLGARVVILEKRD
KFSRNNVLHLWPYLIDDLRALGAKTFFGKFCAGSIDHISIRTLQCILLKAALLFGVQIFP
GVTYHGLVEPTSESSTIVSVGTPTRIFLDPEDPRDTKSIHATRQRFRNGESTEKRSAENT
PIGNQNGRVVHSGSVPVGWRVHVEPEVKVLQNYETDVLIGADGKRSCLEFPCKELRCRLA
IAITANFINYHTTAEAEVEEISGVSSIFNQQFFASLASATGIDLENIVYYKDETHYFVMT
AKKHSLLNKGVLKQDRDDSQSLLSVENIDKEALQKYARETANYVTNGRLPRLDFATNARG
EPDVDAFDFTRIFAAEYSCQMIEKNQYLLMQCLVGDGLFEPFWPTGSGCALGFLSALDAA
WAVSRLASGHNPLQVLAHRESVYQRLSQTTAQNMPSNFSEYTLDPRTRYTRCNVNLFGTH
QVRHLYHTDRNKVSRSRSVRNFGQDSDLCKHVENRLKEQLTYYSTLISRDSKTMDVPSPP
EPLGLLRWCQSRLSFYETHGLVTSLTDLNCSSWDSGVRLLCLIHLYRPELVPELEQFFNG
KMCDPQDVFRSKNSHLVDMPPKPALIRACGVLMEHFDVEFISTDKDSIGTGYPRSNSDWL
SYLNQVYHVLHPLKIIRPPPPSASVNGIDGKLNVHRNHSPNRLSFITANGHLSPPPLRSR
LSRSDMNVNRSPHKSYGVVREDPNWTVEKGLLPKRRAELIAGFLDSTSTRRHSQAAVQRP
FSRGLKQLIDPLNQESTFPSNYNNNKKLSTTRGISNHKAKNPPIKLDSTSTRRHSQAAVQ
RPFSRGLKQLIDPLNQESTFPSNYNNNKKLSTTRGISNHKAKNPPIKISDNVARLFKPTK
GSSHCYLCSKRLYPFERQEAFGHHFHRHCFRCSTCGTQLQPDRATHLRADSPSARDLFYC
VAHSPLLATTGAWLSTRRRADSTGVSLVDRLRAGEFPFAKPQGYSVTGSAETAIAGTSDK
FVGLSNLVGNTTSKVNMPQPTPVNKSSLLAGLSDEDNVLTAVDVRQLVRNFRANQFSSSS
SPSPVRKSAARKKVESVVGPSGDSSPRIPIRLSIRDDDAPGPECYLAGHLGLPEVERRAN
WELNTIPMLPGTSIPDLLEHMRNVRYNLIGPDDYFASSESDEEFMISNVGTEQWITPIRH
PPKSDRRKRLQVDNPPLRCLAGGGSCNNLRQPFDPSSVSDPTTVVNKVYSPLTLLPPCSS
NPVQSKHLEAKQRFCLEPPKPLTIDPKLFIGAKNLERVLNSVIPDCSETVTPIDDMCTVC
CLPLITLVSVPLLPQLTVTQVWDLTDTAPTYPTETYTPRLSVTSIHDPEMQRSRSELVPT
GTEDVSESSGFVSNIEPDLPVALTPFSPLDDFRDIDSTSTVTERSSTEPTPEREEEIGNR
STVARRPVQPIQPHGELYAVHPASNLPTVKNNTQSSKSSTSNSKNSSDTSSLDLDSIVSI
RPKCTDENDADPAMSAPCPSGALDKGHSQTECRAVATDISSTHPADGHKPPRMKTSKRGQ
IKRRTRTLDLKPQVKSLLFQSMSPQPDLVSREHPDIDSQVKPPHTLIESAANEEMLRTAQ
SATSCSPVLHRSVSEPLLLWGYPCGLSTTF
NT seq 5133 nt   +upstreamnt  +downstreamnt
atgaccattgcggaatccagccggtcgatggaagaattatttgacttattttgcactgcc
aactcattttcaagcattctacagcatttcaatcaactgtgtgctgtcacagtaagagcc
tcgactgccaagcatccgtggaatgtgtatcgcgagttaagagccagccttaaatcctac
tggaaggctgcggcattgttcgagaaacttgacaagcgggtccaatgtgcggaatacatg
caacaaaccgcttgcaatggagtgaatgttatcgtggttggttgtggtccatgtggtctc
cgttgtgccatcgaattggctcttcttggtgctcgagtggttatcctcgaaaaacgtgat
aagttttcaagaaacaatgtccttcacctttggccttacttgattgatgatctgcgtgcc
ctcggtgcgaagacatttttcgggaaattttgcgccggttccatcgatcatatcagcatt
cgaactcttcagtgtattttgctcaaggccgccctactatttggagttcaaatttttccc
ggtgtgacctatcatggtcttgtagaaccgacttcggagtcatctacgattgtcagtgtg
ggcacaccgacccgtatatttcttgaccctgaggatccaagagatacgaaatcgatccac
gcaacacgtcagcgttttcggaacggtgaatcgacggagaagagatcagctgaaaatact
cccattggtaaccaaaatgggcgagtggttcattcgggatccgttccagtcggatggcga
gtccatgtggagccagaagtgaaggtcttacaaaactatgaaactgacgtactcataggg
gcggacggcaagcgcagttgcttagagtttccctgtaaagagctacgttgtcggctggct
attgctatcacagccaatttcattaactaccacaccacggcagaggccgaagtggaagaa
atcagtggcgtttccagcatattcaaccaacagttcttcgccagtctcgcatctgcaact
gggattgatttggagaatattgtctactataaggatgagacgcactattttgtcatgact
gcgaagaagcacagtttgctcaacaagggtgtactcaaacaggaccgagatgattcacaa
tcactactcagcgttgagaatatagacaaggaggctctgcaaaaatacgcacgggaaaca
gcaaattacgtgacaaatggccgattgccccgactagactttgcaaccaatgctcgaggc
gagccggacgtggatgcatttgatttcacccgaatatttgctgccgaatactcttgtcaa
atgattgagaagaatcagtaccttctcatgcaatgtctggtcggtgatggtctattcgaa
cctttctggcccactggtagtgggtgtgctctcggattcttgtcggctttggatgctgct
tgggctgtttcacgcctggcttctggacataatccgctccaggtgcttgctcatcgtgag
tccgtctaccaacgtttgagtcaaacaacggcgcagaatatgccatccaatttttcagaa
tataccttggatccgagaacccggtatacccggtgtaatgtcaatcttttcggaactcac
caggttcgtcatttgtatcacactgatcggaacaaggtatcacgatctcgatccgtacga
aacttcggtcaagattcagatctctgcaagcacgtagaaaatcgtctgaaagaacagctt
acttactacagcaccctgatcagtcgagacagcaagactatggatgtcccatcaccgcca
gaaccacttggcttgttacgttggtgccaatctcgtttgtccttttatgaaacgcatgga
ttagtcacttccctcactgatctgaactgctcgagttgggactcgggagtcagacttcta
tgcctcatccacctttacagaccagagcttgttcccgaactagagcagttttttaatggc
aaaatgtgtgatccgcaagacgtatttcgcagtaaaaattcccatttggtggacatgccc
ccaaaaccggcgttgataagagcttgtggtgtactgatggagcactttgatgtggagttc
atctcaacggataaggattccatcgggaccggctatccaaggtcgaattctgattggctg
tcttacttgaaccaggtctaccacgtgctccatccactgaagataattcgacctcctcct
ccttcagcttcagtgaatgggatagatggaaagctcaatgtccaccgaaaccactcgcct
aaccgattgtcttttatcacagctaatggccatttgagtccgccaccactacggagcagg
ttatcacgaagtgatatgaatgtgaaccggtcgcctcataaatcatatggagtggtgcgt
gaagatccgaactggacggtcgaaaaaggtctactacctaaacgacgtgccgaattaata
gcgggattccttgattccacgtccaccagacgtcactcacaagcggctgtacaacgccca
ttctctcgtggtttgaaacaactgatagatccactgaaccaggaatccacctttcccagc
aactacaacaacaacaagaaactttcaaccactcgaggtatttcaaaccataaagccaaa
aatcctcccatcaaacttgattccacgtccaccagacgtcactcacaagcggctgtacaa
cgcccattctctcgtggtttgaaacaactgatagatccactgaaccaggaatccaccttt
cccagcaactacaacaacaacaagaaactttcaaccactcgaggtatttcaaaccataaa
gccaaaaatcctcccatcaaaatttcggacaacgtagctcgcctctttaagccaaccaag
ggtagttctcactgctacttgtgctcgaagcgtttgtatccgttcgagcgacaggaagcc
ttcggtcaccactttcatcgacactgcttccgatgttcgacatgcggtactcagctgcaa
ccagacagagctactcacttgcgagctgattctccttcagcacgtgacttgttctattgt
gttgcacattctccactcctggcaacgacaggtgcatggcttagcaccaggcgacgagcc
gattcaactggagtttcgctggtggaccggctgcgtgctggagaatttccatttgcgaag
cctcaaggttactctgtgacagggtctgcggaaacggcaatcgctggaacttcggacaaa
tttgttggtttgtcaaacctggtgggcaatactacttcgaaagtaaatatgccgcaaccc
actccagtgaacaaatcatccctacttgccggccttagtgatgaagacaatgtccttact
gcggttgatgtgcgtcaactagtgagaaacttccgagctaatcagttcagctcctcatct
tccccatctccagttcgaaagtcagctgcccggaagaaggtagaatccgttgttggccct
tcgggtgacagttctcccagaatacctattcgactaagcatccgagacgacgatgccccc
ggccctgagtgctatcttgctggtcatttgggtttgccagaagtcgaacgtagagccaat
tgggagctaaataccattccaatgttgccaggaacctccattccggatcttctggaacat
atgagaaatgtccgctacaacctcatcggtcccgatgactattttgcgtctagcgaatcg
gacgaagaattcatgatctcgaatgtgggcactgaacaatggattactcctattaggcat
cctcccaagtccgatcggcgaaaacgactccaagtggacaacccacctctcaggtgtttg
gctggcggtggctcttgcaataaccttcgccagccatttgatccatccagtgttagtgat
cccacgactgtggttaacaaagtctattctcccctcacactcctaccaccgtgttcctcc
aacccagttcaatctaaacatctagaggctaaacagcgcttctgcttggagccacccaaa
cctctaaccatagacccgaagctattcatcggtgcgaaaaatctcgagcgtgtgctaaat
agtgttatacctgattgctccgaaacggtgactcctattgacgatatgtgtactgtttgc
tgtcttcccctcatcactctagtctccgttccattactgcctcagctgaccgtcacccaa
gtttgggatttaactgacactgctcctacataccccactgaaacctatacacctagattg
tcggttacgagtatccatgatccggagatgcagcgatcccgatccgaacttgtcccgact
ggtactgaggacgtttcagaatcatcaggctttgtttcgaatattgagccggatctacct
gtcgcactaactcctttttctccgcttgatgacttccgtgacattgactccacttccacg
gtcactgaacggtcctcaacagagcccactcctgagcgtgaggaggaaattggcaaccgt
tcgacggttgcacgacggccagttcaaccgatccaaccccatggggaattatatgcggtt
catcctgcttctaatctccccactgtcaaaaataatacccaatcctccaaatcatccacg
tctaactcgaagaattccagcgataccagcagtctcgacttagactcaatagttagcatc
cggccaaagtgcactgatgaaaacgatgctgatccagccatgtcagccccctgccccagt
ggtgctttggataaaggtcattcgcaaacagagtgtcgtgcagtcgcgacggacatttcc
tctacacatccagcagatggtcacaagcctccgcgcatgaagacttcgaaaagagggcaa
ataaaacggcgtacgcgaacgctggatttgaaacctcaggttaaatcactacttttccag
tccatgagcccacaacccgacttggtctctagagaacaccctgacatcgattcccaagtt
aaacctccccacactcttatagaatctgcagcaaacgaggaaatgctcagaactgcgcag
tcggctacctcgtgttctccggttctccatcgctcggtcagcgaacctctcctcctgtgg
ggatatccctgcggcctgtcgacaaccttctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (73)   
   KEGG ORTHOLOGY (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (95)   

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