| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01672 |
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| Symbol | leuS |
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| ID | 6775121 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 1790507 |
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| End bp | 1793110 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642755104 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_002125970 |
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| Protein GI | 196156481 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.126917 |
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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 | ATGGCCGATA ATCAGTACAA TCCGAAAGAC ATTGAACAAC GCGTTCAGCA ATACTGGGAA
GAGAACCAAT CTTTTAAAGC AAACGACGAC GTAGAAAAAG AAAAATTCTA CTGCCTGTCT
ATGTTCCCCT ACCCTAGTGG CCGACTTCAC ATGGGTCACG TGCGCAACTA CACCATTGGT
GACGTGATCA GCCGTTTCCA GCGCATGCAG GGTAAAAATG TATTGCAGCC TATGGGTTGG
GATGCTTTTG GTCTACCGGC GGAAAATGCA GCAATTAACA ACAATACCGC ACCGGCGAAA
TGGACATACT CCAACATCGA TTACATGAAA AACCAGCTTC GCTCGTTGGG TTTTGGTTAC
GACTGGGATC GCGAAGTAAC AACATGTAAA TCTGATTACT ACCGCTGGGA ACAATGGTTC
TTCACTCGCC TTTATGAAAA AGGCCTAGTG TACAAGAAAA ACTCTACTGT GAACTGGGAC
CCTGTAGATC AAACCGTTCT GGCTAACGAA CAGGTAATTG ACGGTCGCGG ATGGCGTTCA
GGTGCCCTTG TTGAACAAAA AGAAATTCCA CAGTGGTTTA TTAAAATTAC TGACTACGCC
GAAGAGCTTT TACAAGATTT AGAACAGCTT GAAGAGTGGC CAGACCAAGT ACGCGCTATG
CAGGCAAACT GGATAGGCCG CTCTGAAGGC GTGGAAATTA CGTTTGACCT AGCGTCAGCG
GTTAACGACA TTGCCGATTT AACGGTATAT ACCACCCGTC CGGATACTTT CTACGGGGTT
ACCTACGTTG CAGTGGCAGC GCAGCACCCA TTAGCGGAAT TTGCAGCACA GTCTAATCCA
GATTTAGCGG CATTTATCGA GGAATGCAAA AACACCAAAG TTGCTGAAGC TGAATTAGCT
ACGATGGAGA AGAAAGGCTT TGCCACAGGT TTTGAGGTTA TCCACCCACT AACGGGTGAA
AAGCTTCCAA TCTGGGTGGC TAACTTCGTA TTGATGGATT ACGGTTCAGG CGCAGTTATG
GCCGTACCGG GTCACGACCA GCGCGACTGG GAGTTTGCAA CAAAGTACGA CCTGCCAATT
ACGCAAGTTA TTGCACCAAA TGCCGGTGAT GAAGATAAGT GCGACCTTTC TGCCTCTGCG
TATACCGAGA AAGGCAGCTT GATCAATTCG GATAAATTCA ATGGTCTTGA GTTTGATGCT
GCATTTAACG GTATTGCCGA TGAACTTGAG GGCAAAGGCT GCGGTAAGCG TAAGGTTAAC
TATCGCTTAC GCGACTGGGG TGTAAGCCGT CAACGTTACT GGGGCGCGCC TATTCCAATG
CTAAATTTGG AAAATGGCGA GTCGGTACCT GTTCCGGCAG ACCAGCTACC TGTTGTGCTA
CCAGAAGACG TAGAAATGAA TGGTGTAACG TCGCCAATTA AAGCTGACCC TGAGTGGGCA
AAGACCACAT ATAACGGCGA AGCTGCGCTG CGTGAAACTG ATACCTTCGA TACCTTTATG
GAGTCGTCGT GGTACTACGC GCGCTACGCA AGTGCCACAA ACAACGATGC TATGCTTGAC
CCAACGTCTG CCAACTATTG GCTACCGGTA GATCAATATA TTGGTGGTAT TGAGCATGCT
ATCTTGCACC TGCTTTACTC ACGTTTCTTC CACAAGCTGC TTCGTGATGA AGGCCTAGTA
AACTCTGATG AGCCGTTTAA GCGCCTGTTG TGTCAGGGTA TGGTTTTGGC TGATTCTTAC
TACCGTGAAG ACAAAGCTGG TAAGAAAACT TGGTTCTCGC CTACTGAAGT AAGCACAGAG
AAAGACGACA AAGGCCGTAT TGTTAAAGCG TGGCTTACCG CCGATGGCGA AGAAGTTATT
CATGGCGGCA TGACCAAAAT GTCTAAGTCT AAGAATAACG GTATCGACCC GCAGGAAGTT
ATCGACCTGT ACGGTGCCGA TACAGTACGT CTATTTACTA TGTTCGCAGC GCCACCAGAG
CAAACTCTTG AATGGGTTGA TTCTGGCGTT GAAGGTGCAA ACCGTTTCTT ACGTCGTATC
TGGAAGCTTG TTACTGAGCA TGTGGAAAAA GGTACGCCAG AAGCCATCGA CGTTAAGTCA
CTTTCGAAAG ACCAACAGGC ACTTCGCCGT GAAGTACACA AGACAATTGA AAAAGTGTCT
GATGACTTAG GCCGTCGTCA AACCTTCAAC ACGGCCGTTG CTGCGGTAAT GGAACTACTA
AATCACCTTC AAAAGGCGCC GCAAGAAAGC GCCCAGGACA TCGCTATTAT GCGCGAAGCC
TGTGAGTCAA TCTTGTTGCT ACTTAACCCT ATTACCCCGC ACATCGCTCA CGAGCTTTGG
AAAGTACTAG GTCACAGTGA AGATATCGAT TCAGCGCCAT GGCCACAGGC AGATAAAGCG
GCATTGGTTG AAGACGAAAA GCTTATCATT GTTCAGGTTA ACGGTAAGGT TCGCGCTAAG
ATGACCATTA CCGCAGACGC GAGCAAAGAG GCAATTGAAG CGTCAGCAAA AGAGCAGCCA
AACGTACAGC AATTTATCGA AGGTAAAACC ATTCGTAAGG TAATTGTTGT ACCTGGTAAG
CTTGTAAATA TCGTAGCTAA CTAG
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| Protein sequence | MADNQYNPKD IEQRVQQYWE ENQSFKANDD VEKEKFYCLS MFPYPSGRLH MGHVRNYTIG
DVISRFQRMQ GKNVLQPMGW DAFGLPAENA AINNNTAPAK WTYSNIDYMK NQLRSLGFGY
DWDREVTTCK SDYYRWEQWF FTRLYEKGLV YKKNSTVNWD PVDQTVLANE QVIDGRGWRS
GALVEQKEIP QWFIKITDYA EELLQDLEQL EEWPDQVRAM QANWIGRSEG VEITFDLASA
VNDIADLTVY TTRPDTFYGV TYVAVAAQHP LAEFAAQSNP DLAAFIEECK NTKVAEAELA
TMEKKGFATG FEVIHPLTGE KLPIWVANFV LMDYGSGAVM AVPGHDQRDW EFATKYDLPI
TQVIAPNAGD EDKCDLSASA YTEKGSLINS DKFNGLEFDA AFNGIADELE GKGCGKRKVN
YRLRDWGVSR QRYWGAPIPM LNLENGESVP VPADQLPVVL PEDVEMNGVT SPIKADPEWA
KTTYNGEAAL RETDTFDTFM ESSWYYARYA SATNNDAMLD PTSANYWLPV DQYIGGIEHA
ILHLLYSRFF HKLLRDEGLV NSDEPFKRLL CQGMVLADSY YREDKAGKKT WFSPTEVSTE
KDDKGRIVKA WLTADGEEVI HGGMTKMSKS KNNGIDPQEV IDLYGADTVR LFTMFAAPPE
QTLEWVDSGV EGANRFLRRI WKLVTEHVEK GTPEAIDVKS LSKDQQALRR EVHKTIEKVS
DDLGRRQTFN TAVAAVMELL NHLQKAPQES AQDIAIMREA CESILLLLNP ITPHIAHELW
KVLGHSEDID SAPWPQADKA ALVEDEKLII VQVNGKVRAK MTITADASKE AIEASAKEQP
NVQQFIEGKT IRKVIVVPGK LVNIVAN
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