| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1001 |
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| Symbol | leuS |
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| ID | 4477529 |
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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 | Shewanella sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 1170450 |
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| End bp | 1173029 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639725535 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_868642 |
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| Protein GI | 117919450 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.355839 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.124376 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAAGAGC AATATAATCC CTCAGAAATT GAAGCCTTAG TGCAAAAGCA CTGGCACGAC
AACAAAACCT TTGAAGTTAC TGAAGATGCG AACAAAGAAA AGTTTTATTG CCTTTCGATG
TTCCCCTATC CTTCAGGTCG ACTCCACATG GGACACGTTC GCAACTATAC CATAGGCGAT
GTGGTTGCCC GCTTCCAGCG TCTTCAAGGC AAAAACGTGC TACAACCTAT CGGTTGGGAC
TCTTTCGGTT TGCCTGCAGA AAACGCCGCA ATCAACAACA AAACAGCCCC AGCACCATGG
ACTTATCAAA ATATTGAGTA CATGAAGAAT CAGCTAAAAC TGTTAGGTTT TGGCTATGAC
TGGAGCCGTG AAATCGCCAC TTGTACCCCA GAATACTACC GCTGGGAACA ATGGTTCTTC
ACTAAACTGT ACGAAAAAGG CTTAGTTTAC AAGAAGACAG CTTCTGTTAA CTGGTGCCCT
AACGATGAAA CCGTACTGGC CAACGAGCAG GTACAAGACG GTTGCTGCTG GCGTTGTGAT
ACCCCTGTAG AACAAAAAGA AATTCCACAG TGGTTCATTA AGATCACCGC CTACGCCGAA
GAACTGTTAA ACGATATCGA CACCTTAGAC GGCTGGCCTG AGCAAGTTAA GACCATGCAG
CGCAACTGGA TTGGTCGCAG TGAAGGCGTG GAAATGACCT TCGGTGTGGC AGGTAGCGAC
AAGTCATTCG ATATCTACAC AACCCGTCCA GATACCCTGA TGGGCGTAAC CTATGTGGCT
ATTGCTGCGG GTCATCCATT AGCAGAATTA GCGGCTCAAA CTAACCCAGA GCTGGCTCAA
TTTATTGAAG AGTGCAAAAA CAGCACCACT TCAGAAGCCG ATTTGGCCAC CATGGAAAAA
CGCGGTGTAG CAACAGGCCT TTACGCGATT CACCCCATCA CTGGCAAACA AGTGCCTATT
TGGGCGGCGA ACTTTGTACT GATGAACTAC GGCACCGGCG CCGTAATGTC AGTCCCTGGC
CACGACCAAC GCGATTACGA ATTTGCTAAA AAGTACAATC TGCCCATCGA AGCAGTTATC
AAGCCTGTTG ATGGCGAGTT AGACATCAGC GAAGCGGCTT ACACCGAAAA AGGCGTACTG
TTTAACTCTG GTGAGTTCGA CGGTTTAGAC TTTGACGGCG CCTTCAATGC CATCGCCGAC
AAGTTAGTGG CTGAAGGTAA AGGCAAACGC CAAGTCAACT ATCGCCTACG CGACTGGGGT
GTATCACGTC AACGTTACTG GGGCGCACCT ATTCCTATGG TGACCTTAGC CGACGGCACT
GTTATTCCAA CGCCTGAAGA TCAACTGCCA GTTATTCTGC CAGAAGATGT GGTGATGGAT
GGTATTCAAA GCCCAATCAA GGCCGACAAA GAATGGGCGA AAACCCAAGT TAACGGCCAA
GATGCGCTGC GCGAAACCGA TACCTTCGAT ACCTTTATGG AATCTTCTTG GTATTACGCC
CGTTACTGCA GCCCACAAGC AGACCAAATG TTAGATCCGA CTAAGGCTAA CTACTGGTTA
CCAGTAGATC AGTATATTGG TGGTATCGAA CACGCTTGTA TGCACTTGTT ATACTTCCGC
TTCTTCCACA AGTTGCTGCG TGATGCGGGT CTAGTGAACT CTAACGAGCC AGCGAAACAA
CTGCTGACTC AGGGCATGGT TTTAGCCGAT GCCTTCTACT ACACCAACGA CAAAGGTGCC
CGTGTATGGG TGTCTCCGCT GGATGTAGTG ACCACAGAAA AAGACGATAA AGGCCGAGTC
ACCAAAGCCA TCGATAAAGA CGGTAACGAA CTGGTTTACA CCGGTATGTG CAAGATGTCT
AAGTCGAAAA ACAACGGTAT CGACCCACAG GTGATGGTAG AGAAATACGG TGCCGACACA
GTTCGTCTGT TTATGATGTT CGCATCACCA CCAGAATTAA CTCTGGAATG GCAAGAGTCT
GGCGTTGAAG GCGCACACCG CTTTATCAAA CGTCTGTGGA AACTGGCCAG CGATTATGTG
GCTCAGGACA ACAGCGAAGC CTTAGACGTT AGCAAATTAA CTAGCGAGCA AAAAGCGCTG
CGCCGTGAAG TACACAAGAC CATCGCTAAG GTGACCGATG ATATCGGCCG TCGCCAGATG
TTCAACACTG CGGTTGCCGC CGTGATGGAA CTGATGAACC ACCTGCAAAA AGCGCCACAA
ACCACAGGTC AAGACCGAGC CATTATCGGT GAAGCTTTAA CTGCGGTAGT GCGTTTACTG
TACCCAATCA TCCCACACGT GAGCTTTACC CTGTGGAACG AACTGGGCAA CACCAACAGC
ATCGAAGACA GCCAATGGCC TGTTGTCGAT GAATCTGCTC TGGTAGAAGA CAGCAAACTC
ATCGTGGTAC AAGTGAACGG TAAAGTGCGC GCTAAGATCA CTGTCGCTGC CGATGCTGAC
CAAGCGTCAG TGGAAGCGCT GGGTATGGCG GACGAGCAAG TCATCAAGTA CTTAGATGGT
GTTACGGTTC GTAAAGTTAT CTATGTACCC GGTAAACTGC TCAGCATCGT TGCCAACTAA
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| Protein sequence | MQEQYNPSEI EALVQKHWHD NKTFEVTEDA NKEKFYCLSM FPYPSGRLHM GHVRNYTIGD
VVARFQRLQG KNVLQPIGWD SFGLPAENAA INNKTAPAPW TYQNIEYMKN QLKLLGFGYD
WSREIATCTP EYYRWEQWFF TKLYEKGLVY KKTASVNWCP NDETVLANEQ VQDGCCWRCD
TPVEQKEIPQ WFIKITAYAE ELLNDIDTLD GWPEQVKTMQ RNWIGRSEGV EMTFGVAGSD
KSFDIYTTRP DTLMGVTYVA IAAGHPLAEL AAQTNPELAQ FIEECKNSTT SEADLATMEK
RGVATGLYAI HPITGKQVPI WAANFVLMNY GTGAVMSVPG HDQRDYEFAK KYNLPIEAVI
KPVDGELDIS EAAYTEKGVL FNSGEFDGLD FDGAFNAIAD KLVAEGKGKR QVNYRLRDWG
VSRQRYWGAP IPMVTLADGT VIPTPEDQLP VILPEDVVMD GIQSPIKADK EWAKTQVNGQ
DALRETDTFD TFMESSWYYA RYCSPQADQM LDPTKANYWL PVDQYIGGIE HACMHLLYFR
FFHKLLRDAG LVNSNEPAKQ LLTQGMVLAD AFYYTNDKGA RVWVSPLDVV TTEKDDKGRV
TKAIDKDGNE LVYTGMCKMS KSKNNGIDPQ VMVEKYGADT VRLFMMFASP PELTLEWQES
GVEGAHRFIK RLWKLASDYV AQDNSEALDV SKLTSEQKAL RREVHKTIAK VTDDIGRRQM
FNTAVAAVME LMNHLQKAPQ TTGQDRAIIG EALTAVVRLL YPIIPHVSFT LWNELGNTNS
IEDSQWPVVD ESALVEDSKL IVVQVNGKVR AKITVAADAD QASVEALGMA DEQVIKYLDG
VTVRKVIYVP GKLLSIVAN
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