| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_0479 |
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| Symbol | |
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| ID | 3761580 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | + |
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| Start bp | 535726 |
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| End bp | 538359 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637785190 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_390749 |
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| Protein GI | 78484824 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0495] Leucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00396] leucyl-tRNA synthetase, eubacterial and mitochondrial family |
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACAACAG AATCCATGCC TGAATCGACA AATGACTATC AACCACAATC CATTGAAGCG
GCTATCCAAC ACGTTTGGGA TGAGCAGCAG GTCTTTGTAG CAAAAGAAGA CGACTCAAAA
GAGAAGTTTT ACTGTCTTTC AATGTTTCCT TATCCAAGCG GTAAGCTGCA TATGGGGCAT
GTGCGTAACT ATACTATTGG TGATGTGGTG TCACGGTTTC AGCGTATGCA GGGCAAAAAT
GTGTTGCAAC CGATGGGGTG GGATGCTTTC GGATTGCCGG CTGAAAATGC CGCGATGGAC
AATCAAGTCG CGCCAGCGAA GTGGACCTAT CAGAATATCG ACTATATGCG TAACCAGTTG
AAACGGCTCG GCCTAGGGTA TGACTGGACG AGAGAGGTGG CCACGTGCCA CCCAGAATAT
TATCGCTGGG AGCAGTGGCT GTTTACTCGT TTGATGGAAA AAGGGCTGGT TTATCGTAAA
TTATCGGTGG TGAACTGGGA CCCGGTTGAT CAGACCGTAC TGGCCAATGA GCAGGTGATT
GATGGAAAAG GCTGGCGTTC AGGCGTGCCG GTAGAGCGTA AGGAAATCGC ACAATGGTTC
CTGCGTATTA CCGATTATGC TGAAGAGTTA CTAACAGATT TAGATCAGCT TGAAGGCTGG
CCAGAACAAG TTAAAACCAT GCAAAAAAAC TGGATTGGCA AGTCAACCGG GCTGGAAATT
GAATTCCCAA TCGCTTCAGG ACTGGATGAG TCGAATGGCA GCCTAAAAGT GTACACCACA
CGCCCAGATA CCTTGATGGG GGTTACTTAC GTGGCCGTGG CGGCCGATCA TCCTTGGGCA
CGAAAAGCGT CGGTTAATAA TGAACCGTTA GAACGTTTCA TTGAAGAATG CTCTCATATT
TCCACCGCTG AAGCGGATAT GGAAACCATG GAGAAAAAAG GGGTCGATAC CGGTATTCGT
GTCAAACATC CAATTACCGG TGACGAAGTG CCGGTATGGG CGGCTAATTT TGTATTGATG
GGGTATGGAA CCGGTGCGGT GATGTCGGTT CCCGCGCATG ATCAACGCGA TTATGAGTTT
GCTAAAGCAT ATGATTTGCC GATTAAAGCG GTGATTGCGC CGAAAGCGGG CGAAGAAGCA
GATGTTTCCG AAGCAGCTTT TACCGAAAAA GGCGTGTTGG TTAACTCTGG ACAATTTGAT
GGTTTGAAGT CAAAGCAAGC CTTGCATGAA ATGGCGAAAG TGTTAGGCGA ATTGGGCTTA
GGAGAAAAAC AGACCAACTA CCGATTACGT GACTGGGGGA TTTCTCGTCA GCGTTATTGG
GGGTGCCCGA TTCCGGTCAT TTATTGCCCG GCCTGTGGTG CGCTTCCTGT TCCAGAAAAA
GATTTACCGG TTCGTTTACC GGAAGATGTG GTGCCAGATG GGTCGGGATC GCCTTTAGCG
AAACTGGACA GTTTTAAAAA ATGTGAGTGT CCGCAATGCG GCGGTCCGGC GAATCGCGAA
ACCGATACCT TTGATACGTT CTTTGAATCG TCTTGGTATC ATGCACGCTA TACCTCTCGC
CATGAAGATA ATGCGATGTT GGACAAAGCT GCAGCAGATC ACTGGTTACC AGTGGATCAG
TATATCGGCG GGATTGAGCA CGCGATTCTT CATCTATTGT ACGCACGTTT TTTTCATAAA
TTGATGCGTG ATGAAGGATT GGTATCGTCA GATGAACCGT TTAAAAACCT GTTGACGCAA
GGAATGGTTC TGGCAGGCAG TTGGTTTACA CAAGATGAAA AAGGTAAGCA AACCTGGTAT
TCGCCTTTGG ATGTCGATCC AGTGACGGAT GACAAGGGCG CCATCGTCAA AGGAACATTA
AAGTCAGACG GTACGGAAGT GCAATACGGT GGCATTATTA AAATGTCTAA ATCCAAAAAC
AACGGTATTG ATCCGCAGAC GTTGATTGAT CAGTATGGTG CGGACACCTT GCGTTTGTAC
ATTATGTTCG CGTCACCGCC AGAGCAAACC TTAGAGTGGT CTGATTCGGC TGTCGAAGGG
GCGCATCGTT TCTTGAATCG TGTTTGGCGT CAGGTGCAAA CTCACGTTTC AACGGGTGTG
GTCGCAGCTT GTACGTCGAA TGACGATTTG ACTAAAGAAC AAAAAGCTTT ACGCTTGAAA
TTGCACACGA CGTTGCAGAA AGTGACGGAT GATATGGGGC GCCGCATGCA CTTTAACACC
GCCATTGCCG CGACCATGGA ATTGTTAAAT GACATTTCAC GCTTTAAAGA TGAGTCCGAT
GCGGGCCGTT CAGTGATGCA AGAAGCCTTG GAAATGCTGG TTTTGATGTT GTCGCCTATG
ACCCCGCATG CATCACAGGC GCTTTGGGAA GCCTTAGGGC ATGACGGTTT GGTGTTGAAT
GTGACTTGGC CAACAGTGGA TGACGCGGCG TTGGTTAAAG ATGAGATCGA AATCATGGTT
CAGGTCAACG GTAAATTACG TGGCAAAATT GAAGTGGCGG CCGAAGCCGA TAAAGACACG
ATTCTAGCGG CAGCGAAAGC CAACGAGCAG GCTGCTAAAT TTATCGATGG CAAAGACATC
GTTAAAGAAA TTGTGGTGCC AGGGCGTCTA GTTAATATTG TCGTGAAAGG TTAA
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| Protein sequence | MTTESMPEST NDYQPQSIEA AIQHVWDEQQ VFVAKEDDSK EKFYCLSMFP YPSGKLHMGH
VRNYTIGDVV SRFQRMQGKN VLQPMGWDAF GLPAENAAMD NQVAPAKWTY QNIDYMRNQL
KRLGLGYDWT REVATCHPEY YRWEQWLFTR LMEKGLVYRK LSVVNWDPVD QTVLANEQVI
DGKGWRSGVP VERKEIAQWF LRITDYAEEL LTDLDQLEGW PEQVKTMQKN WIGKSTGLEI
EFPIASGLDE SNGSLKVYTT RPDTLMGVTY VAVAADHPWA RKASVNNEPL ERFIEECSHI
STAEADMETM EKKGVDTGIR VKHPITGDEV PVWAANFVLM GYGTGAVMSV PAHDQRDYEF
AKAYDLPIKA VIAPKAGEEA DVSEAAFTEK GVLVNSGQFD GLKSKQALHE MAKVLGELGL
GEKQTNYRLR DWGISRQRYW GCPIPVIYCP ACGALPVPEK DLPVRLPEDV VPDGSGSPLA
KLDSFKKCEC PQCGGPANRE TDTFDTFFES SWYHARYTSR HEDNAMLDKA AADHWLPVDQ
YIGGIEHAIL HLLYARFFHK LMRDEGLVSS DEPFKNLLTQ GMVLAGSWFT QDEKGKQTWY
SPLDVDPVTD DKGAIVKGTL KSDGTEVQYG GIIKMSKSKN NGIDPQTLID QYGADTLRLY
IMFASPPEQT LEWSDSAVEG AHRFLNRVWR QVQTHVSTGV VAACTSNDDL TKEQKALRLK
LHTTLQKVTD DMGRRMHFNT AIAATMELLN DISRFKDESD AGRSVMQEAL EMLVLMLSPM
TPHASQALWE ALGHDGLVLN VTWPTVDDAA LVKDEIEIMV QVNGKLRGKI EVAAEADKDT
ILAAAKANEQ AAKFIDGKDI VKEIVVPGRL VNIVVKG
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