KEGG   Monopterus albus (swamp eel): 109961937
Entry
109961937         CDS       T05607                                 
Symbol
tarbp1
Name
(RefSeq) LOW QUALITY PROTEIN: probable methyltransferase TARBP1
  KO
K15333  tRNA guanosine-2'-O-methyltransferase [EC:2.1.1.34]
Organism
malb  Monopterus albus (swamp eel)
Brite
KEGG Orthology (KO) [BR:malb00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:malb03016]
    109961937 (tarbp1)
   03036 Chromosome and associated proteins [BR:malb03036]
    109961937 (tarbp1)
Enzymes [BR:malb01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.34  tRNA (guanosine18-2'-O)-methyltransferase
     109961937 (tarbp1)
Transfer RNA biogenesis [BR:malb03016]
 Eukaryotic type
  tRNA modification factors
   Methyltransferases
    109961937 (tarbp1)
Chromosome and associated proteins [BR:malb03036]
 Eukaryotic type
  Gene silencing
   RISC (RNA-induced silencing complex)
    109961937 (tarbp1)
SSDB
Motif
Pfam: SpoU_methylase
Other DBs
NCBI-GeneID: 109961937
NCBI-ProteinID: XP_020458832
Position
Unknown
AA seq 1612 aa
MYCVLVDAFLSSALDYDRMFKSLSWPSESWPGTERVEALTAFVEGLGPHLAGSDTAPFTA
TTKQRIRDKIDSVIFMQCLPLLSRISAEAGEGVRCRESRAAACRLLSVCVQLCDEAVPGR
VALSLLPSLNFSEDERPDPGRLTVEVASEAMAVLIPPLSVNYHLTLTILSSALSCIKTLP
DALVSKVTVRLLLTLLNCCSDARLKSILTLILDDLCSWHSTDRTPLVTQRTLMCLTALSD
HLLKAHSMASGAPDPRLSLQFWRMVQDGLTHRDGVSRKRALYLLKRCVALSEEEGLDCLL
SPSGEDEMLFKWAPNRSKLLREFWEDYALVMETLEENQIHVVRPVLNRIDTLIQTTVNDS
QASGQGLFHPSWLLCVYQRMFHSENKSLMREGVCHLLELQVLQLPAFALAFSQFITGPFM
DALSETSLFHRSVGQSVGDCPELGAKLQVFMATFFSSLSPEHRGCVLLQLIQQLSSKHWC
AVPLLFLSQALSKLPLSPLLGIEGLTAVRELMRCTMITHQVLLRGLNTVLCLTDVIAVTL
DDVFCFLMHFRADESLCRGTQIWIQLCAWLSDSEGSFKPRIMDGDAANKETVRSYVQSEI
QTYLRVPACTGRSEALPDPREADKLAMAVLLCVDMEKSHPGTEIGNTLESLLSSLLDTLS
RVSTSVYLPVRKSDKSLQLMLRLLQYGGTPGCQRVGQERGDCVSVAMERLMFKCVDPIQQ
FILRRLCGELQELFDVERAELYLSVLRQLVVMYSSTPLYRNKIQHYYFPKLIKHSLKILQ
ESSEQISSVARQVTRAVAMASLATISGLVGEEVIDMQSETISVLKALNDYFYSSLSSSSP
SQPSLGNINERLLKPQTVDRSSDLGVQGVLLQDWGRIAANFMRDQWICLSFLIKAAGIAE
ISRAPETLRAALSCSVEALALLPSDLVLPVFSFMETVLPQLLLGEEALCVEAVTLSWELV
QGLTTNANDFWPVLKGFISMAFHHELLVLAHTQALTLTATLKQIATELMELSQSKSGVFG
VLLEHCCQTWLPTDRGSGDQNDTLFSSVFSHINLLTEACVYGPVFRRDQQLIQDVQTYVE
QLGDECAANVIVASDNRDDQFPRTCVLAFLSRLDPTNLQHERLMEELVMALLKKDSDISK
SKIRYYGNSLQHRVKNRVWQTLLLLLPKLREEFVSTMVCHVFEAGFCSNQASVKYLIEWM
MILILIHSPQHVDSFWACFSMDHEKTKTSICTFLSVLVHFSVIIPHLKEKAAQLHKALDI
ILQWCFNHNFSVRLYALLALKKVWSLAEAQVEKGVDGLGGLSTVIKSCLNQAEAMQSTGN
ANKNWIRIQEHFFFGAFHPIRDYSVETIFYTFPTLSELADDEWILPWKFEKLSCFSATPS
FPLRNPAPDLSQLQPGDWIQQDKSELDKEERWAEVQKKITPWRLGIQDQEPELQLVPPQR
AARLGKLHSALLVVASLIDKPTNLGGLCRTCEIFGASALVLDSLRHVTDKHFQSLSVSSE
LWLPLLEVKPVELADFLQVKKSEGYCIVGVEQTANSQSLQDYQFPEKTLLLLGNEREGIS
ANLLQMLDVCVEIPQQGVIRSLNVHVSAALLIWEYTRQHLTPGSTEVGSTGS
NT seq 4839 nt   +upstreamnt  +downstreamnt
atgtactgcgttttagttgacgcgttcttgtccagcgctcttgactatgaccgtatgttt
aagtctctgtcctggccaagtgaatcgtggccggggacggagcgggtcgaagcgctgaca
gctttcgttgaaggacttggaccgcatttggccggttcggacacagctccgtttacagct
acgacaaaacaacgtatccgagataaaattgattcggttattttcatgcagtgtctgcct
ctgctctccagaatatctgcagaagccggtgaaggcgtgcggtgcagggagagcagagcc
gctgcctgcagacttctgagcgtctgtgtccagctgtgtgacgaggctgtaccgggacga
gtggctctctccctcctgccgtcgctcaatttttcagaggacgaacgacctgatccggga
cgactcaccgtggaggttgcaagtgaagccatggctgttctcatacctcctctgtcggtt
aattatcatctcacactcaccatcctgtcatctgctttgtcctgtataaaaacactccca
gatgcactggtttccaaagtcacagtcaggcttctcttgactctccttaactgttgcagc
gatgcgaggttaaaaagtatcctcacgttaatcctggatgatctgtgcagctggcactcc
actgaccgtacacctttggttacacagcggacattaatgtgtttgactgccctgtcagac
cacctgctgaaagcccacagcatggcctccggtgcccccgaccctcgtttatccctccag
ttctggaggatggttcaggatggattgacgcacagagacggtgtgtcacgtaagagggcg
ctgtacctgctgaaaaggtgtgtggccctgtcagaggaagaaggactggactgtctactt
tctccatcaggggaagatgagatgttgttcaaatgggcccccaacaggagcaagttgctt
agagagttctgggaggattatgcactggtgatggagaccctggaggaaaaccagattcac
gtcgtcagaccagttctaaacagaatagacaccttgatccagacaacagtgaatgatagt
caagcttcaggtcaaggcctgttccacccctcctggctgctgtgtgtgtaccagcggatg
ttccacagtgagaataaatccttaatgagagagggagtgtgtcatctgctcgagctgcag
gtcctccagctgccagcctttgctttggccttttctcagtttatcactggcccttttatg
gatgctttatctgaaacatcactcttccacaggtcagttgggcagagtgtaggagactgt
cctgagctgggggctaaactacaagtcttcatggccaccttcttcagtagcctatcacca
gagcatcgaggttgtgtgctgctgcagctgattcagcagctgagctctaagcactggtgt
gcggtacccctcctatttctttcccaggcgctatccaaactcccacttagtccgctgctg
gggatcgaggggctcactgctgtaagggagttaatgcgctgcaccatgatcactcatcaa
gtcctgctgagaggcctgaataccgtcctctgcctgacagatgtgattgcagtgaccctg
gatgatgttttttgtttcctgatgcatttccgtgcagacgagtcactgtgtagaggaaca
cagatttggatccagctgtgtgcctggctgtcagacagcgaaggcagtttcaagcccagg
atcatggatggtgatgcagcaaataaagaaactgtaagaagttatgttcaaagcgagata
caaacctatctcagagtcccagcttgcacaggtcggtcggaggcattgcccgaccctaga
gaggctgataagttggccatggctgtcctgctgtgtgtggacatggagaaaagtcaccct
ggcacagaaattggtaacactctggagtcattactgtcttctctgctggacaccctgagc
agagtcagcaccagtgtctacttgcctgtgcgtaaaagtgacaagagcctgcagctcatg
ctccggctgctccagtatggaggaacaccaggttgtcagcgtgttggacaggagagagga
gactgtgtgagtgttgccatggagaggctaatgtttaaatgtgtagatccaatccagcag
tttatcttgaggcggctgtgtggggagctacaggagctgtttgacgtggagcgagcagag
ctgtatttgagtgtcctgaggcagctggttgtcatgtacagttctacaccactgtaccgt
aataagattcagcattattatttcccgaaactcatcaagcacagcctcaagatcctgcaa
gaatcaagcgagcagatttcctctgtggcacgccaggtgaccagagcggttgctatggca
tccctggccacgatcagtggtcttgtgggggaggaagtgattgacatgcaatcagagact
atttctgttctgaaagcactgaatgactacttctacagttcactgtcatcttcctcacca
agtcagccatctctgggaaacattaatgaacgcctgctgaaaccacagacagtagaccgt
tctagtgatctaggagtgcagggtgtactgctgcaggactggggacgtatcgctgctaac
tttatgcgagaccagtggatttgtctgagctttctgattaaggctgctggaattgctgag
atttccagagcaccagagactctcagggctgctctgagctgcagtgtggaggccctggca
ctgctgcccagtgacctggtgctgcccgttttcagctttatggagacggtgttgccacaa
ttactactcggtgaggaggcactctgtgtggaggctgtgactctgagctgggagctggtg
cagggactgaccactaatgccaatgacttctggccggtcctgaaaggcttcatctccatg
gccttccaccatgaactgcttgtgctggcacacactcaggctctgacacttacagccaca
ttgaaacagattgctactgagctgatggagctgtctcagtcaaaaagtggagtatttggt
gtgctgcttgagcactgctgccagacatggctgcccacagaccgaggcagcggtgaccag
aacgacaccctgttttctagtgttttcagccacatcaacctcctcactgaggcttgtgtc
tacggaccagtgttcagaagagaccagcagctcatccaggatgtccaaacctacgtggag
caactcggtgacgagtgtgccgccaatgtcatagttgcaagtgataacagggatgatcag
ttcccccgcacatgcgtgctggctttcctcagccgcctggatcctaccaatctgcagcat
gaaagactgatggaagagctagttatggctttgttgaaaaaggatagtgacatatcaaag
tcaaaaatacgttactatgggaactcccttcaacatcgtgtcaaaaacagagtgtggcaa
acgctgctgctgctgctgcccaagctcagagaggagtttgtcagcaccatggtttgccat
gtttttgaagctggattctgcagtaaccaggcctcagtcaagtacctgatcgagtggatg
atgattctgattctcattcactctccacaacacgtggacagcttctgggcctgtttcagc
atggatcatgaaaagaccaagacaagcatctgcacctttctgtcagtcctggtacatttt
agtgtcatcattcctcatcttaaggagaaggcagcacagttgcataaagcgctggatatc
attctgcagtggtgttttaaccataacttcagtgtgcgcctttatgccttactggccctg
aaaaaggtgtggagcttggcagaagcccaggtggagaaaggggtcgatggtttgggggga
ttgtccactgtgatcaagtcctgtttgaatcaggctgaggccatgcaaagcaccggaaat
gccaacaaaaactggataaggattcaggagcacttcttctttggtgcctttcatcctatc
agggattacagtgttgagaccatattttatacttttcccactctgtcagagttggctgat
gatgagtggattctaccctggaagtttgagaaactttcttgtttctctgcaactccatct
tttcctttgagaaatcctgctcctgacctaagccagctccagcctggagactggatccag
caagacaaaagtgagctggataaggaggagcgctgggctgaggtgcagaagaagatcact
ccctggaggttggggattcaggatcaggagcctgaactccagctggtcccaccacagagg
gctgctcgactgggcaaactgcacagcgctctgctggtggtagcctcactcattgacaaa
cccaccaatttaggaggcttgtgcaggacatgtgagatatttggggccagtgctctggtt
ctggatagcctccgccacgtcaccgacaaacacttccagtctctgagcgtctcatctgag
ctgtggcttcctctgttagaggtgaagcctgtggagctcgctgacttcctgcaggtaaag
aagagtgaaggctactgtattgttggggtggagcagacagccaacagtcagagcctccag
gactaccagttccctgagaagaccctcttacttctgggcaatgaacgggaaggtatttct
gccaacttactccagatgttggatgtgtgtgtggagatccctcaacaaggggtcatccgc
tccctcaacgtgcacgtgagtgccgccctgctgatttgggagtatacaaggcaacatctc
acccctggctcaactgaagttggctcaacgggcagctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (13)   

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