Algoriphagus sp. NBT04N3: GYM62_18940 Help Entry GYM62_18940       CDS       T09623                                  Name (GenBank) isoleucine--tRNA ligase   KO K01870   isoleucyl-tRNA synthetase [EC:6.1.1.5] Organism algo  Algoriphagus sp. NBT04N3 Pathway algo00970   Aminoacyl-tRNA biosynthesis Brite KEGG Orthology (KO) [BR:algo00001]  09120 Genetic Information Processing   09122 Translation    00970 Aminoacyl-tRNA biosynthesis     GYM62_18940  09180 Brite Hierarchies   09181 Protein families: metabolism    01007 Amino acid related enzymes [BR:algo01007]     GYM62_18940   09182 Protein families: genetic information processing    03016 Transfer RNA biogenesis [BR:algo03016]     GYM62_18940 Enzymes [BR:algo01000]  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      GYM62_18940 Amino acid related enzymes [BR:algo01007]  Aminoacyl-tRNA synthetase   Class I (U)    GYM62_18940 Transfer RNA biogenesis [BR:algo03016]  Eukaryotic type   Aminoacyl-tRNA synthetases (AARSs)    Multi-aminoacyl-tRNA synthetase complex (MSC)     GYM62_18940  Prokaryotic type    Other AARSs     GYM62_18940 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  tRNA-synt_1 DUF5915 Anticodon_1 tRNA-synt_1g tRNA-synt_1e tRNA-synt_1f Pepdidase_M14_N Motif Other DBs NCBI-ProteinID:  QYH40773 LinkDB All DBs Position 4345253..4348627 Genome browser AA seq 1124 aa AA seqDB search MKTYQEFKQVDYPQIGESVLEYWKKNQIFEKSIANREGAETFTFFEGPPSANGTPGIHHV MARTLKDIFCRYKTLKGFQVKRKGGWDTHGLPVELQVEKELGITKEDIGKKISVEEYNKK CRETVMRFKNEWDDLTEKIGYWVDLDDPYITFDSKYIETLWSLLRKLYDKELLYKGYTIQ PYSPAAGTGLSSHELNQPGTYKDVKDTSITAQFKLKGQENTYILAWTTTPWTLPSNSALA IGENLDYVKVKTFNPYTHEPVNVILAKARMGAYLNPKASELKLEDYQAGDKLIPYQVVEE FKGKDMLGWEYEQLFPIEALALPHPAFTVVSGDYVTTEDGTGIVHLAKAFGADDFRTLVQ NNVPGIFVQDELGNDIPVVDKRGKFLPVVGEYLAAKMKEHEITAHKEYGVDDFYVKNYTE DDENAADFKNTDVIISIILKNENKAFKVEKYEHSYPHCWRTDKPVLYYPLESWFIKTTAF KDKMVELNKTINWKPEATGTGRFGNWLENLVDWNLSRSRFWGTPLPIWRTSDGSEEKCIG SIAELEAEIEKSIAAGFMKKSPYEGKELDLHRPYVDDVILVSEKGEKMLREPDLIDVWFD SGAMPYAQWHYPFENEDIFKANYPADYIAEGVDQTRGWFFTLHAIAVMLFDSVAFKNVIA NGLVLDKNGNKMSKRLGNAVDPFKTLKEYGPDALRWYMLSNANPWDNLKFNLDGVTEVQR RFFGTLQNTYNFFALYANLDAFVYDKTKAVPVAQRAELDQWIISKLQSLITEVEEAMDNY DATRATRAIMNFTVDQLSNWYVRLARKRFWRGDMNQDKQAAYETLYECLLSLTQLMSSFA PFYSDWLYKNLNEAGEAGKESVHLTDWVSADQSLINKDLEESMDLAQTISSLVHSLRKKE KLKVRQPLQRILIPVLNKKVQAQIEHVAELIKSEVNIKEIEFIDDASGVLVKDVKPNLPV LGKKLGPKMRFVVAAIKSWGQEEIAQIERDGKYPIEVEGETIELLLEEVLISSQDIPGWS VASDAGVTVALDVTLTDALKQEGVARDLVNRIQNLRKDMGLEVQDKIRIKVADTNELVNK SVGGFGDYIQSETQALSLEVSKEASTGTVLDMDDFELAVLVEKA NT seq 3375 nt NT seq  +upstreamnt  +downstreamnt gtgaaaacgtatcaggaattcaaacaggttgactaccctcaaataggagagtcagtcttg gagtattggaaaaagaatcaaattttcgaaaaatcaatcgccaaccgggagggagccgag acttttacattttttgaagggccaccgtctgcaaacggtaccccgggtattcaccatgtg atggcacgaacgctaaaggatatcttttgccgatacaaaacgctcaaaggttttcaggta aaacgtaaaggcggttgggatacgcatggattgcccgtggaactccaagtagaaaaggag ctgggaatcaccaaagaggatattgggaagaagatttccgtagaggaatacaataaaaag tgccgtgaaacggtcatgcgtttcaaaaatgaatgggatgacctgactgagaaaatcggt tattgggtggatctggatgatccttatatcacctttgacagcaagtacattgagacgctt tggagcttgctgagaaagctctatgataaagagcttttgtataaaggctacaccatacag ccttattcgcctgcggccggtacgggattgagttcccacgaactgaatcagccgggtact tacaaggatgtaaaggatacctcaatcaccgcacagtttaagctaaaagggcaggaaaat acttatatccttgcttggacgaccacgccttggactttaccatccaactccgctttggct atcggtgaaaacctggattatgtcaaagtgaaaacttttaatccctacacccatgagcct gtaaacgtgattttggcaaaggccagaatgggggcttatttgaatccaaaagcttcagaa ctgaagctggaggattatcaagcgggtgataaattgattccttaccaagtggtggaggaa tttaaagggaaagacatgttgggctgggagtatgagcaattatttccaatcgaagctttg gcattgcctcatccggcctttacggtagtttctggggattatgtgaccacagaagatgga acaggaatcgtgcacctagccaaagcctttggtgcggatgactttagaaccttggtacag aataatgtgccaggcatcttcgttcaggatgaattgggtaatgatatcccggttgtcgat aaaagaggaaaattccttccagtagtaggagaatacctagctgcaaaaatgaaggagcat gaaatcactgctcataaggagtatggagtggatgatttttatgtgaaaaactacacggag gatgatgagaacgcggcggattttaaaaataccgacgtgattatttccatcattctgaaa aatgaaaacaaagcctttaaggttgagaagtatgagcacagttatccacattgctggaga actgataagcctgtattatactatcctttggaatcctggtttatcaaaactacggccttc aaagacaaaatggtggagctcaataagaccatcaactggaagcctgaagctaccggaaca ggccgttttgggaactggctggagaatctggtagactggaatttaagccgttcacgattc tggggtacacctcttccaatctggagaacttccgatggaagtgaagaaaagtgcataggt tctatcgccgaattggaagcagaaatagaaaaatccatcgcagctggatttatgaagaag tctccttatgaagggaaagaactggatcttcaccgtccctatgtggatgatgtgattttg gtttctgaaaaaggagagaaaatgcttcgcgaaccggacttgattgatgtttggtttgat tcaggagccatgccatacgcgcagtggcattatccattcgaaaatgaggatattttcaaa gcaaattatccggccgattacatagcagagggggtggatcagacgagaggttggttcttt accttgcatgctatcgctgtcatgcttttcgactctgtggcattcaaaaatgtaattgcc aacgggcttgttttggataaaaacggcaataagatgtccaagcgattgggtaatgctgtg gatccattcaagaccttgaaagaatatggaccggacgccttgagatggtatatgctcagc aatgccaacccatgggacaatctcaaatttaatttagacggagtgaccgaagtgcaaaga cgcttctttggaacgcttcagaatacgtataacttcttcgcactttatgccaatttggat gcttttgtttatgataaaactaaagcggtacctgtggcacaaagagcagagttggatcaa tggattatctccaaacttcagtctttgatcacagaagtggaggaagcgatggataattac gatgccactagggcaacccgtgccatcatgaactttactgtggatcagctatccaactgg tatgtaagactagccagaaaacgattctggagaggcgatatgaaccaggacaagcaagcg gcttatgaaactttgtatgagtgtctgttaagcttgacgcagctgatgtcctcttttgct cctttctattctgactggttgtacaaaaatctgaatgaagcaggtgaagccggaaaagaa tccgttcacttgactgattgggtatccgcagaccaatctctgatcaataaagatctagag gagagcatggatttggctcagacgatttcttccttggttcactccttgagaaagaaggaa aagctgaaagtccgtcagccgctacagagaattttgattcctgtattgaataagaaagtt caggctcaaatcgagcacgtagctgaactcatcaagtctgaggtaaacatcaaagagatt gagtttatcgacgatgcttccggagttttggtgaaagatgtaaaacctaatctccctgtt ttgggtaaaaaactgggaccaaagatgagattcgtcgttgccgcaatcaaatcttggggg caggaagaaattgcccaaattgagcgagatggaaaatacccgatagaagtagaaggagag accattgagttgcttttggaggaagttttgatttcttctcaagatattccgggctggtcc gtagcttctgatgccggagtgactgtggccttggacgtgaccttgactgatgcattgaag caagagggagtagccagagatttggtcaaccgaatacagaatctcagaaaagacatgggg ctggaagtgcaggataaaatccgaatcaaagtagcggacaccaacgaattggtcaataaa tctgtaggagggtttggagattatattcagtccgaaacgcaggctttgagtttggaagtc agcaaagaagcaagtaccgggactgtcctggatatggatgattttgaattggctgttttg gtggaaaaagcctaa

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