KEGG   Castor canadensis (American beaver): 109692626
Entry
109692626         CDS       T04791                                 
Symbol
Tarbp1
Name
(RefSeq) LOW QUALITY PROTEIN: probable methyltransferase TARBP1
  KO
K15333  tRNA guanosine-2'-O-methyltransferase [EC:2.1.1.34]
Organism
ccan  Castor canadensis (American beaver)
Brite
KEGG Orthology (KO) [BR:ccan00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:ccan03016]
    109692626 (Tarbp1)
   03036 Chromosome and associated proteins [BR:ccan03036]
    109692626 (Tarbp1)
Enzymes [BR:ccan01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.34  tRNA (guanosine18-2'-O)-methyltransferase
     109692626 (Tarbp1)
Transfer RNA biogenesis [BR:ccan03016]
 Eukaryotic type
  tRNA modification factors
   Methyltransferases
    109692626 (Tarbp1)
Chromosome and associated proteins [BR:ccan03036]
 Eukaryotic type
  Gene silencing
   RISC (RNA-induced silencing complex)
    109692626 (Tarbp1)
SSDB
Motif
Pfam: SpoU_methylase
Other DBs
NCBI-GeneID: 109692626
NCBI-ProteinID: XP_020028958
UniProt: A0A8B7VB95
Position
Unknown
AA seq 1605 aa
MEWVLAEALLAQSPDPRVLLGTLCGGEASAERVETLRFLLQRLEDQGAGAGALPEAAREV
AVEYLVPLLRGLRERPGGSDAGPPCRRQRVLRAAGAALRSCARLAGPPPLAAALAEDALR
ELQAARAPGALAALEVLAAVGPCLRPREDGLLLERVARAAVALALAGDGCSEDAAALVAV
RLLPALGQCGGAALRAVWDALAAPDAPSGPGRIGPELLVLSALAEKLLPEPGARDPGPDA
RHCARFWRTVQAGLGRADDALTRKRARYLLQRAVEVSAELGDDCTCGPQDATGPSLFWWS
EKKKDELLKFWENYILIMETLEGNQIHVIKPVLPKLNTLFEYAVSEENGCWLFHPSWHMC
IYKRMFESENKILTKEGVTHFLELYETKSLPFSPELSEFIVGPLMDALSESSLYSRSPGQ
LVGSGSPLGLKLQKFLVTYVSLLPEEVKSGFLLTFVQRMTSRHWCAVPILFLSEALASVP
RCKVLGVEGLLALRDVVQCTMITHQILLRASAQCYLLQTAMNLLDVEKVSLCDVSTFLMS
LRQEESLGRGTILWTELCDWLRVNERYFRQSSIGGSNGLCETSLNAYVKSLVHECVQSPA
WERESCSMPDGSEARLTALMVLLAVDVEGRKAQHSEKQRTQNVLRIFLDPLLDALGKLGT
NAYMPLLRTDRCLQLLVRLLHTCGPRGSRTQDDEVSALLQDFVLTASESMAQFILRRLAM
NELQSIADLDRCQLYLMVFTELTNLHVKMGWKRGNPICRVISPLQNTSIQHLQESDNGQE
LTLGDQVQRVVSMATLAAVCEAIDQQPVLQPDSLDAGPVDRFLSAFPFNQMLQKPRCQEH
SSVFEESSSSQGWGKIVAQYIHSQWVCLSFLLRRYHTLIPAPESGALEPYLPAVQMPGHT
LQSALDALAILPADRVLPVFRCMKVLVPKLLTSSESLCTESFDMAWKITSSLSNTQLTFW
PNFKAFVQFVFDNKVLTIAAKVKGQAYLKIKEIMYKVVEMSAIKTGVFNILISHCCRSWM
VSAPSRPQRSLSGAQDYSELVLEACVFGPVFRRDQRLIQDVQAFIENLGHNCAANVVLEN
SKREDCYVRICAIKFLCLLDGSNIPHKLFLEDLTLKLLDKDELVSKSRTRYYENSLQHRV
KNRIWQTLLVLFPRFDQHFSNGIIDKIFQAGFTNNQASIKYFIEWVIILMLHKFPRLLPK
FWDCFSFGEERLKTSVCTFXSVLPHLDIIIENIPEKKPVLKQALIVTLQWCLSHNFSVRL
YALVALKKVWHMCKALCVEECDAWTKVIEGSLSQAESMHGAGNAKRNWQRIQEHFFFSAF
HPLKDYCLETIFHTLPRLSGVAEEEWLSLSKFVSFTDVPSDAASPWYLPQSPLSVLSPGD
WAQQDAGSHPGEEEDQPEWADVQRKIIPCGLSADVDLEPGFQHRAARLGKSVSRLIVVAS
LIDKPTNLGGLCRTCEVFGAAALVVGSRQCXSDRQFLHLSVSAEQWLPLVEVKPAQLTHY
LQQKKAEGYTIIGVEQTARSSSLAHFCFPEKSLLLLGNEREGIPASLIQQLDVCVEIPQQ
GVIRSLNVHVSGALLIWEYTRQQLRQRATPHPECLASPRSSEVPG
NT seq 4818 nt   +upstreamnt  +downstreamnt
atggagtgggtcctggcagaggcgctgctcgcgcagagtccggacccccgggtcctgctc
gggacgctgtgcggcggggaggcgtcggcggagcgcgtggagacgctgcgcttccttctg
cagcggctggaggaccagggcgcgggtgcgggcgcgctcccggaggcggcgcgcgaggtc
gccgtggagtacttggtgccgctgctgcgcggcctgcgtgagcgcccgggcggctccgac
gccggcccgccgtgccggcgccagcgcgtgctgcgggcggcgggcgcggcgctgcgctcg
tgcgcccggctggctgggcccccgccgctggccgccgcgctcgccgaggacgcgctgcgg
gagctgcaggcggcgcgcgcgccgggcgccctggcggccctggaggtcctggcggccgtc
gggccctgcctgcggccccgtgaggacgggctgctgctggagcgggtggcgcgggccgcc
gtggcgctggcgctggccggggacgggtgctccgaggacgcggcggcgctggtggccgtg
cggctgctgcccgcgctgggccagtgcggcggggcggcattgcgggccgtgtgggatgcg
ctggccgcgccggacgcgccctcgggccccggccgcatcgggccggagctgctggtgctg
agcgcgctggccgagaagctgctgcccgagcccggcgcgcgcgacccgggccccgacgcg
cggcactgcgcgcgcttctggaggacggtgcaggcggggctgggccgcgccgatgacgcc
ctgacgcgcaagcgcgcgcgctacctgctgcagagggccgtggaggtgtccgccgagctg
ggtgacgactgcacctgcggcccccaagacgccacgggcccaagtctgttttggtggtct
gaaaagaaaaaagatgagcttctgaagttttgggaaaattacattttaattatggagact
ctagaaggaaatcagatacatgttataaagccagtcttaccaaagctaaacactctgttt
gagtatgcagtgtcagaagaaaatggctgttggctctttcacccctcctggcatatgtgt
atttacaaaagaatgtttgaaagtgaaaacaaaatcctgaccaaagaaggtgttacccat
tttttggagctgtatgagacaaagtctcttccattttcaccagaactttctgagtttatt
gttggaccgctaatggatgcactttccgagagctctctgtacagcaggtccccaggccag
ctggtaggaagtggttctccactgggattaaaattacagaagtttttagtcacttatgtt
tcccttcttccagaagaagtaaagagcggtttcctgctgacgtttgttcagaggatgaca
agcagacactggtgtgcggtgcccattctgtttctgtctgaggctttggccagtgtccca
agatgcaaggtcctgggcgtggaggggcttcttgcgctcagggatgtcgtccagtgtacc
atgatcacgcaccagattctgctgagagcctctgcacagtgctatcttctccaaaccgcc
atgaacttgctggatgtggagaaagtgtcgctctgtgatgtctcaacttttctcatgtcc
ctgagacaagaggagtccttaggacggggaaccatattgtggacagagctctgtgactgg
ttgcgggttaatgaaaggtattttaggcagtcctccattggcggctccaatggactctgt
gagacatctttaaatgcttacgtgaagagcctcgttcatgagtgtgttcagtcccctgct
tgggaaagagaaagctgctctatgcctgacgggtcggaagccaggcttacagccctgatg
gtgttgctggctgtggatgtggaaggaaggaaggcccaacacagtgaaaagcagaggaca
cagaatgtgctgaggatattcttagatcccctgctggatgcacttgggaagcttggcaca
aacgcctacatgcccctgctgaggacggacagatgcctccagctgctggtgaggctgctc
catacctgcgggccgagagggtccaggacccaggacgatgaggtgtctgctcttctccag
gactttgtcttgactgcctcagagagcatggctcagttcatcctccggagactcgccatg
aatgagctgcagagtattgcagatctggatcgctgtcagttgtacctgatggtgttcact
gagctcacaaatctgcatgtgaagatgggctggaaaagggggaaccccatttgcagagtt
atttctcctttgcaaaacacatccattcagcatcttcaggagtcagacaatgggcaggag
ctgacgcttggtgatcaggtccagagagtggtcagcatggccaccctggctgcggtgtgt
gaggccattgaccagcagcctgtgttgcagccggattctctcgatgctgggcctgtggac
aggtttctctctgcatttccatttaatcagatgctgcagaagccccgctgccaggagcac
agcagtgtttttgaagaatcgtcatcttcccaaggatgggggaagatcgttgcacagtat
atccacagccagtgggtctgcctctccttcctgctgagaagataccacaccctcatcccc
gcccccgaaagtggcgctctggagccctacctccccgctgtccagatgccggggcacacc
ctgcagtcagcactggatgccctggccatcctccctgctgaccgggtcctgcctgtgttc
cgctgcatgaaggtgctggttcccaagctcctgacctcctctgagtcactctgcacagag
tcttttgacatggcttggaaaatcacgtcttctttgagcaacactcagttgacgttctgg
cctaactttaaagctttcgttcagtttgttttcgataacaaagttcttaccattgctgca
aaagtcaagggccaggcatatttgaaaataaaagagattatgtacaaagtagttgaaatg
tctgccataaaaacaggggtcttcaatatactgataagtcactgctgccggtcttggatg
gtgtctgctcccagcagaccccagcggtctttgtcaggtgctcaggattacagcgaactt
gtcctggaggcctgtgtgtttggacctgtgtttcggcgtgatcagagacttatccaggat
gttcaggccttcatagaaaatctcggacacaactgtgcggccaacgttgttttggaaaat
agtaaaagagaagactgttacgtgaggatttgtgccatcaaattcttgtgtttattagat
ggttcgaacattccccacaagctgtttttggaagatctcacactcaagctgttggataaa
gacgagttggtgtccaagtccagaactcggtactatgagaactctctacagcaccgggtg
aagaaccggatctggcagacgctgcttgtccttttccccagatttgaccagcacttctcg
aatggaattattgacaagatttttcaggctggcttcaccaacaatcaagcttccataaaa
tattttatagagtgggtcatcattttgatgctgcataagttcccacggcttcttcccaag
ttctgggattgtttttcttttggtgaagaaagactgaaaacgagtgtctgtacatttnta
tctgtcttaccacatttggacatcatcattgaaaatattccagaaaagaagccggtgctg
aagcaggccctgatcgtcacgctgcagtggtgtctcagccacaacttcagtgttcggttg
tacgcgctggttgctctcaagaaagtctggcacatgtgcaaagcattgtgtgtggaagag
tgtgatgcgtggactaaagtgattgagggcagcctcagccaagcggagagcatgcatgga
gcagggaacgccaagaggaactggcagcgcatccaggaacacttctttttctcggcattt
cacccgcttaaggattactgtctggagaccatatttcacacccttccccggctctcgggc
gtcgctgaagaagagtggctttccctcagtaaatttgtcagcttcacagacgtgccttct
gatgcagcgtcaccgtggtacctccctcagagtccactgtctgtgctgagccctggggac
tgggcccagcaggatgcaggatctcacccgggtgaggaagaagaccagcctgagtgggct
gacgtgcagaggaagatcatcccgtgcggtctcagtgcagacgtggacctggagcccgga
ttccagcaccgtgcagccaggctcggaaagtctgttagcagactgattgtggtggcctcg
ctcattgacaaaccgaccaacttaggaggactgtgccgcacctgtgaggtgtttggggcc
gcggcgctcgtggttggcagtcgccagtgtngcagcgacaggcagtttctgcacctcagt
gtctcagcagaacagtggcttcctctggtggaagtgaaaccagctcagctcacccactac
ctgcagcagaagaaggccgaaggctacaccatcatcggcgtggagcagacggcccggagc
tccagcctggcacacttctgctttcccgagaagtctctgctcctgctgggaaacgagcgg
gaagggattccagcgagcctcatccagcagctggacgtgtgtgtggagatcccgcagcag
ggtgtgatccgctcgctgaatgtccatgtgagtggggccctgctcatctgggagtacacc
cggcagcagctgcgtcagcgggcgaccccgcaccctgagtgcctggcctcccccaggagc
tcagaggtgccggggtga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   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 (57)   

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