KEGG   Rhinopithecus roxellana (golden snub-nosed monkey): 104671583
Entry
104671583         CDS       T03989                                 
Symbol
IARS1
Name
(RefSeq) isoleucine--tRNA ligase, cytoplasmic
  KO
K01870  isoleucyl-tRNA synthetase [EC:6.1.1.5]
Organism
rro  Rhinopithecus roxellana (golden snub-nosed monkey)
Pathway
rro00970  Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:rro00001]
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    104671583 (IARS1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:rro01007]
    104671583 (IARS1)
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:rro03016]
    104671583 (IARS1)
Enzymes [BR:rro01000]
 6. Ligases
  6.1  Forming carbon-oxygen bonds
   6.1.1  Ligases forming aminoacyl-tRNA and related compounds
    6.1.1.5  isoleucine---tRNA ligase
     104671583 (IARS1)
Amino acid related enzymes [BR:rro01007]
 Aminoacyl-tRNA synthetase
  Class I (U)
   104671583 (IARS1)
Transfer RNA biogenesis [BR:rro03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    104671583 (IARS1)
 Prokaryotic type
   Other AARSs
    104671583 (IARS1)
SSDB
Motif
Pfam: tRNA-synt_1 Anticodon_1 DUF5915 tRNA-synt_1g tRNA-synt_1e
Other DBs
NCBI-GeneID: 104671583
NCBI-ProteinID: XP_010373396
UniProt: A0A2K6NXR2
Position
16:complement(87203019..87281686)
AA seq 1262 aa
MVQQVPENINFPVEEEKILEFWTEFNCFQECLKQSKHKPKFTFYDGPPFATGLPHYGHIL
AGTIKDIVTRYAHQSGFHVDRRFGWDCHGLPVEYEIDKTLGIRGPEDVAKMGITEYNNQC
RAIVMRYSAEWRSTVSRLGRWIDFDNDYKTLYPQFMESVWWVFKQLYDKGLVYRGVKVMP
FSTACNTPLSNFESHQNYKDVQDPSVFVTFPLEEDETVSLVAWTTTPWTLPSNLAVCVNP
EMQYVKIKDVARGKLFILMEARLSALYKLESDYEILERFPGSYLKGKKYRPLFDYFMKCK
ENGAFTVLVDNYVKEEEGTGVVHQAPYFGADDYRICMDFNIIRKDSLPVCPVDASGCFTA
EVTDFAGQYVKDADKSIIRTLKEQGRLLVASTFTHSYPFCWRSDTPLIYKAVPSWFVRVE
NMVDQLLKNNDLCYWVPELVREKRFGNWLKDARDWAVSRNRYWGTPIPLWVSDDFEEVVC
IGSVAELEELSGAKISDLHRESVDHLTIPSRCGKGSLHRVSEVFDCWFESGSMPYAQVHY
PFENKREFEDAFPADFIAEGIDQTRGWFYTLLVLSTALFGQPPFKNVIVNGLVLASDGQK
MSKRKKNYPDPVSIIQKYGADALRLYLINSPVVRAENLRFKEEGVRDVLKDVLLPWYNAY
RFLIQNVLRLQKEEEIEFLYNENTVRESPNITDRWILSFMQSLIGFFETEMAAYRLYTVV
PRLVKFVDILTNWYVRMNRRRLKGENGMEDCVMALETLFSVLLSLCRLMAPYTPFLTELM
YQNLKVLIDPVSVQDKDTLSIHYLMLPRVREELIDKKTESAMSQMQSVIELGRVIRDRKT
IPIKYPLKEIVVIHQDPEALKDIKSLEKYIVEELNVRKVTLSTDKNKYGIRLRAEPDHMV
LGKRLKGAFKAVMTSIKQLSSEELEQFQKTGTIVVEGHELHDEDIRLMYTFDQATGGTAQ
FEAHSDAQALVLLDVTPDQSMVDEGMAREVINRIQKLRKKCSLVPTDEITVYYKAKSEGR
YLNNVIESHTEFIFATIKAPLKPYPVSPSDKVLIQEKTQLKGSELEITLTRGSSLPGPAC
AYVNLNICANGSEQGGVLLLENPKGDNRLDLLKLKSVVTSIFGVKNTELAVFHDETEIQN
ETDLLSLSGKTLCVTAGSAPSLISSSSTLLCQYINLQLLNAEPQECLMGTVGTLLLENPR
GQNGLTHQGLLYEAAKMFGLRSRKLKLFLNETQTQEITEDIPVKTLNMKTVYVSVLPTTA
DF
NT seq 3789 nt   +upstreamnt  +downstreamnt
atggttcaacaagttccagaaaacataaattttcctgtggaagaagagaaaatcttggag
ttttggactgaatttaattgttttcaggaatgcttaaagcaatcaaaacataaaccaaaa
tttaccttctatgatggtcctccttttgcaactggactgcctcactatggacatatactt
gcgggtacaattaaagatatagttacaagatatgctcaccagagtgggtttcatgttgac
agaagatttggatgggattgtcatggcttacctgtggaatatgaaattgataagacactg
ggaatcagaggaccagaggatgtggccaaaatggggattacagagtataacaatcagtgc
cgagcaattgtgatgagatattctgctgagtggaggtctactgttagcagacttggccga
tggattgactttgacaatgactacaaaactctgtatccacaattcatggaatctgtctgg
tgggtcttcaaacaactctatgataaaggccttgtttatagaggtgtgaaagtcatgccc
ttctctacggcatgtaacactccactttccaacttcgagtcacaccagaattacaaggat
gttcaagatccttcagtatttgtaactttccctttggaagaagatgaaactgtatcttta
gttgcttggacaaccactccctggactctacctagtaaccttgctgtctgtgttaatcca
gaaatgcaatatgtgaagattaaagatgttgccagaggaaaattattcattttaatggaa
gccagattgtcagccctttataaattggagagtgactatgagatccttgaaagatttcct
ggttcctatcttaaaggcaagaagtacaggcccctgtttgactatttcatgaagtgtaaa
gagaatggcgctttcactgtgcttgttgacaactacgtgaaggaagaagaaggcacaggg
gttgtccaccaagctccttactttggtgctgatgactatcggatctgtatggactttaac
attattcggaaagactcactccctgtttgtcctgtggatgcttcaggctgcttcaccgcg
gaggtgacagatttcgcaggacagtatgtgaaggatgctgacaaaagtatcatcaggact
ttgaaggaacaaggccgacttctggttgccagcaccttcactcacagctaccctttttgc
tggagatcagacactcctctgatttacaaagcagtgcccagctggtttgtgcgagtggag
aacatggtggaccagctcctaaagaacaatgacctgtgctactgggtcccagagttggta
cgagaaaaacggtttggaaattggctgaaagatgcacgtgactgggcagtttccagaaac
agatactggggcacacctatcccactgtgggtcagtgatgactttgaggaggtagtatgc
attgggtcagtggcagaacttgaagagctgtcaggagcaaagatctcagatctccacaga
gagagcgttgaccacctgaccattccttcacgctgtggaaagggatccttgcaccgcgtc
tctgaagtgtttgactgttggtttgagagtggcagcatgccctatgctcaggttcattac
ccgtttgaaaacaagagggagtttgaggatgcttttcctgcagacttcattgccgagggc
atcgaccaaaccagaggatggttttataccctgctggtgctgtccacggccctctttgga
caaccgcctttcaagaacgtaatcgtgaatgggctcgtcctggcaagtgatggccaaaaa
atgagcaaacggaaaaagaattatccagatccagtttccatcatccagaagtatggtgct
gatgccctcagattatatctgattaactcccctgtggtgagagcagaaaacctccgcttt
aaagaagagggtgtgcgggatgtccttaaggatgtactgctcccatggtacaatgcctat
cgcttcttaatccagaacgttctgaggctccagaaggaggaagaaatagaatttctctac
aatgagaacacagttagagaaagccccaacattacagaccggtggatcctgtccttcatg
cagtctctcattggcttctttgaaactgaaatggcagcttataggctttatactgtggtg
cctcgcctggtcaagtttgtagatattctgaccaattggtatgttagaatgaaccgcaga
agattaaagggtgaaaatgggatggaggattgtgtcatggccctagaaaccttgtttagt
gttctgctttctctttgcagacttatggctccctacacaccttttctcacagaattgatg
taccagaatctaaaggtgctgattgaccctgtttctgttcaggacaaggacacactcagc
atccactacctcatgctgccccgtgttcgagaagaattgattgacaagaaaacagagagt
gcaatgtctcagatgcagtctgtgattgaacttggaagagtgatcagagaccggaaaacc
attcccataaagtatcctttgaaagaaattgtggttatccatcaagatccagaagctctt
aaagatatcaagtctttggagaagtatatcgttgaggaattgaatgttcgaaaagttaca
ctgtctacagataaaaacaagtatggcattcggctaagggcagaaccagatcacatggtc
ctggggaagcgtctgaagggagcctttaaggcagtgatgacgtccatcaagcagttgagc
agtgaggaactggagcaattccagaagactgggaccatagttgtggaaggccatgaattg
catgatgaagacatccgcctcatgtacacctttgatcaggccacaggtgggactgcgcaa
tttgaagcacactcagatgctcaggctttggtcctcttagatgtcactcctgaccagtca
atggtagatgaaggaatggctcgggaagtcatcaatcgcatacagaaacttcgcaaaaag
tgcagtctggttccaactgatgaaatcacagtatactataaagcgaagtcggaaggaaga
tatctgaataatgttattgaaagccacacagagttcatatttgccaccataaaggctccc
ttgaaaccatatccagtttctccatcagataaagtccttattcaagaaaaaacacagttg
aagggatctgaactggaaattacactcaccagaggatcttcccttcctggtcctgcttgt
gcatatgtcaatcttaacatttgtgcaaatggcagtgaacaaggtggagtattgctcctg
gaaaatccaaaaggtgataataggttggaccttttaaagctgaagagtgttgtcactagc
atttttggtgtgaaaaatacagagctggctgtcttccatgatgaaacagaaatacaaaac
gaaaccgacttactgagtcttagtggaaaaacactgtgtgtgactgcgggatcggctccc
tctctgatcagcagttctagtactcttctttgtcagtatatcaacctacagctcctgaat
gcagagccacaagagtgtttaatggggacagtgggcactctcctgcttgaaaacccacgt
gggcagaatggactcacccaccaaggtctcctgtatgaagcagccaagatgtttggcctt
cggagcaggaagctaaagctgtttctgaatgagacccaaacacaagaaattacagaagac
atccccgtgaagactttgaatatgaagactgtgtatgtttctgtattaccaacaacagca
gacttctag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (28)   

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