KEGG   Candidate division SR1 bacterium RAAC1_SR1_1: P148_SR1C001G0345
Entry
P148_SR1C001G0345 CDS       T02946                                 
Name
(GenBank) Isoleucine-tRNA ligase
  KO
K01870  isoleucyl-tRNA synthetase [EC:6.1.1.5]
Organism
srb  Candidate division SR1 bacterium RAAC1_SR1_1
Pathway
srb00970  Aminoacyl-tRNA biosynthesis
Brite
KEGG Orthology (KO) [BR:srb00001]
 09120 Genetic Information Processing
  09122 Translation
   00970 Aminoacyl-tRNA biosynthesis
    P148_SR1C001G0345
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01007 Amino acid related enzymes [BR:srb01007]
    P148_SR1C001G0345
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:srb03016]
    P148_SR1C001G0345
Enzymes [BR:srb01000]
 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
     P148_SR1C001G0345
Amino acid related enzymes [BR:srb01007]
 Aminoacyl-tRNA synthetase
  Class I (U)
   P148_SR1C001G0345
Transfer RNA biogenesis [BR:srb03016]
 Eukaryotic type
  Aminoacyl-tRNA synthetases (AARSs)
   Multi-aminoacyl-tRNA synthetase complex (MSC)
    P148_SR1C001G0345
 Prokaryotic type
   Other AARSs
    P148_SR1C001G0345
SSDB
Motif
Pfam: tRNA-synt_1 His_Phos_1 Anticodon_1 tRNA-synt_1g NUDIX
Other DBs
NCBI-ProteinID: AHB41141
UniProt: A0A288DFB9
Position
complement(339054..343178)
AA seq 1374 aa
MDQKELLTKITEYWKTNTIFQKTLDQRSDMFQSRTYDGPPFASGTPHFGHGLASSMKDTI
LRYKTMKGYKVNRERGRDCHGLPVEKAVEKFLGIDGKKDIEQKIGMEKFIEECRKYVSST
SDEWRIFVDSIGRWADMDHAYYTMDLDFMESVLWSFKNMYDQNLVYKGFKVQWYCPSCAT
SLSNSEVNEGYQDKQDPAITIKFAINKTPSSEYESTHDGFIQVVDCVLKKDNKFFMLYHK
KAQKYVFPGGKINTGDSLEKTVSKELKEEMGIDVTKINNLGSFKEIMPHGLFNLNIIDVE
YTGEPKNLEPEKHTHSVWAEIIESDNSLGFAVKIEETVIDDEYEITHQFYDLYVYHNKIA
QEISTLQADGDATVNVLAWTTTPWTLPGNSFLAVGKHIEYVMVFDKNSKEYYIIAQALLK
QYYKSPEEYLIVNIFKGEHIIGLSYEPILPYIKKALPDNYRDQFCKVIAADFVSTEDGTG
IVHIAPSFGIEDFEAVAAFLPREDAKNWLFLPLNDYAEFTDQVPEYQGIRVYDANKDIIA
RLKLEGKLVLQKSYSHSYPHCRRCDTPLICKALTSWFIKEPELTKTTVPNADHIGFVPET
IKNRFSDVLSSAPDWNLARNRYRGSPIPVWENENNLEEKIVIGTLDELYINTLTGSKNIT
RNIFLRHGKTDYNEKKLCDSFGKPVLSEEGNKQAQALPKQLVKYTTDKNNLVIVLSPLQR
ALLTIEPTLLELYDKKLVEEIKNKYYKQIEHYQKLWSEGKIMDYIHDKKNQTIFDLGNNI
FIDYRITDHLSPDIQDKFCSCDTLNRYDRTQPISNEGETVSLMLERTKTCVADWNTKYPS
ATLLYVAHNDTMAMCRNSFAQKDYHSHRKELLLENAEFGIHYWDNTYNKQVDLHKPYVDN
YRFTIEGNVYKRILEVMDCWFESGAMPFGQANYLGNQTYSTKGAKQFIYPADFIIEGLDQ
TRGWFRTMHVVGNAVMKQNSFNNVIINGMVLAEDGKKMSKKLKNYPEPQTLFEKYGSDAY
RMYLLSSPAVKAEPVRFSEKGVDQVYKDFTSALTNAYKFFETYAKVDNFLYTTPNLYVMR
HAQADAGDDGKLTTQGESSLHQANFIEQILRIDADVIVCSSLTRAQQTAESIKKTMTTYR
TKDIKLIVDERLGDNEGILNFYEEIKQQYSGKNILLISHETYIDTLWQTAYATSEKLHLK
HLESISIPTYTINNELDKWILAALHDTAQELEQAMDGYQLDLGAKAALGFIDKLNNWYIR
RSRRRFWASGMDGDKYAAYATLYTVLLHYIKLCASFAPFISEHLFLQLQQFVGKQSIESI
HLTHLPLWSHHYINKTLLEEIAKVRRIISLGLFIRSKNKIATKQPLQKIELQID
NT seq 4125 nt   +upstreamnt  +downstreamnt
atggatcaaaaagaacttcttaccaaaattacagaatattggaaaaccaatactattttt
caaaaaacattggatcaaagatctgacatgtttcaatcacgtacgtatgatggtcctcca
tttgcatcaggaacacctcatttttgacatggccttgcgtcttctatgaaagacacaatt
ttgagatacaaaactatgaaatgatataaggtaaacagagaacgatgacgagattgtcat
gggcttcctgtggaaaaagcggttgaaaaatttttgggaatcgatggaaaaaaagatatc
gaacaaaaaatctgaatggaaaaatttatagaagaatgtagaaaatacgtaagttctact
agtgatgaatggagaatatttgtagatagtataggaagatgggcagatatggatcatgca
tactacactatggaccttgattttatggaatccgtgctttggtcatttaaaaatatgtat
gatcagaatcttgtatataaatgatttaaagtacaatggtactgccctagctgtgcaaca
tcgctttctaattctgaagtaaatgaaggatatcaagataaacaagatcctgcgatcact
atcaaatttgccataaacaaaacaccttcttctgaatatgaatcaactcatgatgggttt
atacaagttgtggattgtgtactcaaaaaagataataaattttttatgttatatcacaaa
aaagcacaaaaatatgttttccctggtggaaaaattaatactggcgatagcttagaaaaa
acagtcagcaaagaattaaaagaagagatgggtattgatgtaacaaaaatcaataacctt
ggaagtttcaaagaaattatgcctcatgggttatttaatctaaatatcatagatgtagaa
tatactggtgaaccaaaaaatcttgaaccagaaaaacatactcatagcgtttgggcagaa
attatagaatctgataattcacttggttttgctgtaaaaatcgaggaaacagttatagat
gatgaatatgaaatcactcatcaattttatgatttgtatgtatatcataacaaaatagca
caagaaatatctacattacaagcagattgagatgcaacagttaatgttcttgcatggact
actactccatggactttaccaggaaatagcttcttagctgtaggaaaacatatagaatat
gttatggtgtttgataaaaatagcaaagaatattatattattgcacaagctctactcaaa
caatattataaatctccagaagaatatttgatagtaaatattttcaaatgagaacatata
atctgactttcttatgaaccaattcttccgtatatcaaaaaagcacttcctgataattac
agagatcaattttgtaaagttatagcagctgattttgtaagcacagaagatggaactgga
attgtgcatattgcaccaagttttggtatagaagattttgaagcagtcgctgcttttctg
ccaagagaagatgccaaaaattggcttttcttaccactcaatgattatgcggaatttacg
gatcaagtaccagaatatcaatgaatcagagtttatgatgccaacaaagacattatcgct
agacttaaattagaaggaaaattagttcttcaaaaatcatatagtcactcttatcctcat
tgtcgaagatgtgatacaccattgatttgtaaagctcttacaagctggtttatcaaagaa
ccagaacttaccaaaactaccgtacctaatgcagatcacattggatttgtaccagaaact
atcaaaaatagattttctgatgttctttcttctgctccagattggaaccttgcaagaaat
agatatcgatgatctccaattcctgtttgggaaaacgaaaataatttagaagaaaagatt
gttatatgaactttggatgaattatatattaacacattaacatgatctaagaatattacc
agaaatatctttcttagacatggcaaaacagattacaacgaaaagaaactctgcgatagc
ttcggaaaaccagttctctctgaagaaggaaacaaacaggcacaggcattacctaagcaa
ctggtaaaatatacaacggacaaaaacaatcttgttatcgttctttctccgctgcagaga
gctcttttaactattgagccaacattgctagaattatatgataaaaaacttgtagaagaa
ataaaaaacaagtattacaaacaaattgaacattaccagaaattatggagtgaatgaaaa
ataatggattatatccatgacaaaaaaaatcagactatttttgatctttgaaataatatt
tttattgattatcgtattactgatcatctttctcctgatattcaagataaattttgtagc
tgcgacacgttgaatcgatatgaccgaacacaaccaatatccaatgaatgagaaaccgtt
tctttgatgttagaaaggaccaaaacttgtgttgctgattggaatacaaaatacccaagt
gcaactcttctttatgttgcccacaatgatactatggcaatgtgtagaaattcttttgct
caaaaagattatcattcacatagaaaagaacttttgttggaaaatgcagaatttggaatt
cattattgggataatacttataataagcaggtagatttacacaaaccatatgtagacaat
tatcggtttactattgaaggaaacgtctataaaagaattttggaagttatggattgttgg
tttgaatcaggagctatgccatttgggcaagctaattatttaggaaatcaaacgtattct
acaaaaggagcaaaacaatttatttatcctgcggactttattatcgaaggacttgaccaa
acaagaggttggtttagaactatgcatgtcgtaggaaatgctgttatgaaacaaaattct
ttcaataatgtgattattaatggtatggtacttgccgaagatggtaagaaaatgtccaag
aaactcaaaaattatccagagccgcaaacacttttcgaaaaatatggttctgatgcatat
agaatgtatctcctttcctcccctgcggtaaaggcagaacccgtgagatttagtgaaaaa
ggagttgatcaagtatataaagatttcactagtgcattaacaaatgcttataaatttttt
gaaacctatgcaaaagtagataattttttgtatacaacgccaaatctttatgtaatgaga
catgcacaagcggatgctggtgacgatggaaaactcactacccaatgagaatctagttta
catcaggcaaatttcattgaacagattttgagaatagatgctgacgtaattgtttgttca
tccttgacaagagcacaacagactgctgaaagtatcaagaaaacaatgactacctataga
acaaaagacataaaattaattgttgatgaaagacttggtgataatgaatgaattttgaat
ttttatgaagaaatcaaacaacaatattctggaaaaaatattctcttaatttcacatgaa
acctatattgataccctttggcaaacagcatatgcaacatcagaaaaattacatcttaaa
catctagaaagtatatctattcctacctataccatcaataatgaactcgataaatggatt
ttagctgcccttcatgatactgctcaagaattagaacaagcaatggatggatatcaactt
gatcttggagcaaaagcagctcttggatttatcgataaactcaataattggtatattaga
agatcgagaagaagattctgggcatcaggaatggattgagataaatatgcagcatatgca
acattatataccgtacttcttcattatatcaaactttgtgcttcatttgcaccatttatt
agtgaacatttatttttgcaattacaacaatttgtaggaaaacaatctatagaatctatt
catttaactcacttaccactttggtcacatcactatataaacaagacattgcttgaagaa
attgctaaggttagaagaattatttccttgggtttatttattagatcaaagaataaaata
gcaacaaaacaacctctccaaaaaatagagttgcaaatagattaa

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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 (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (57)   

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