| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NSE_0506 |
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| Symbol | leuS |
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| ID | 3931695 |
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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 | Neorickettsia sennetsu str. Miyayama |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007798 |
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| Strand | - |
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| Start bp | 425402 |
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| End bp | 427957 |
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| Gene Length | 2556 bp |
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| Protein Length | 851 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637900662 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_506390 |
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| Protein GI | 88608827 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.00566899 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | GTGTCATGCA ACTTGTCTTG TGCTAGAATC CTGTTCGGGC TGTTTACAGT TGGAATACAC
ATGTCGAATT ACGATTTTAA GAAAATAGAG CAATTTTCTC AATCATTGTG GGATTTTTCC
AGTTGTGACT TCCAGAGAAA AAAGTACTAT GTTCTGAGTA TGTTTCCCTA CCCGTCTGGA
AAACTACATA TTGGACATCT GAGAAACTAT GTTATTGGAG ACGTCTTAGC TCGTTATAAG
AGGAGCCAGG GATACAATGT CTTACACCCT ATTGGTTGGG ATGCGTTTGG TCTACCCGCT
GAAAAAGCAG CAATAAATAG CAATATTCAC CCAAGGATAT GGACAGAAAA AAATATCGCA
AAGATGCGAA CCTCTCTCAA GAGCATAGGT CTGTCGTATG ATTGGAGCAG AGAACTTTCA
ACCTGTTCTC CCAAATATTA TGAGCACGAA CAAAAATTTT TTTTGGCCTT TCTAAAAGCT
GGTTTAGCAT ACAGAAAAAA TTCCGAAGTA AATTGGGATC CTATCGACAA AACAGTACTT
GCAAACGAAC AGGTCATTGA TGGGCGTGGT TGGAGATCGG GTGCGGTTGT CGTGAAGAGA
AAGATTCCGC AGTGGTTCCT TAAAATTAGC GACTTTTCTG AAGAACTCCT GAAGGGATTA
GAGTCACTTA CTGGCTGGCC AGAGAAGGTT AAAACTATGC AAACAAATTG GATAGGAAAA
TCTGAAGGGG CAGTGATAAA ATTTTCTATA AGCGGATATG AGGAAAGATT TATTGAGGTA
TTCACTACTA GACCCGAGAC GATCTTTGGA GCGTCATTTT GTGCTATTTC AGTGAATCAC
CCTTTGGTTA ATGAATTAAA TTTATTGAGT AATGCAGAGA GAGAAATACT GCGCATACAA
ACTACCTGTG AGTCAGATCA TTACGATGAC AACAAAAACT TTTCTGGGAC GACAAATCTT
GAGAAAGTTC ATGAGCAAAA GCTTGGCATT CTAACAAAAA TAAAAGTGAA GCATCCCTTT
TCCGGCGATG AGCTTCCTTT ATACGTAGCA AATTTTGTAT TTGCAGAATA CGGTTCGGGG
GCAATATTCG GTTGCCCAGC TCATGATACA CGAGATTTTG CATTCGCACA GCAATACAAT
TTACCGTGTT TAAGAGTCAT CTCAGCAAAA TGCACAAATA CTGCACTACC CTACTGTTTG
GAAGAAGGAG TAATGTGTAA TTCAAATTTC CTAGATGGAA TGCAGGTGAT AGAGGCACGA
AAATTTATAA TTGAAAAAAT TTCTTCGATT GGTATTGGTG AGGCAAAGAA CTCATATAGA
TTGCGAGACT GGGGAATATC AAGGCAGCGA TATTGGGGCT GTCCAATTCC GGTTGTGTAC
TGTGAAAAGT GTTCGATGCA ACCGGTAAAA GTTGAAGATC TACCTGTCAC CCTTCCCGAA
GAAGTAGAGT TTACAGTACA GGGTAATCCA CTAGAACACC ATCCAACATG GAAATACACA
AATTGTCCAA AATGTGGCGG TCCTGCAGTT AGGGACACAG ATACTTTTGA TACATTTTTC
GAATCTTCTT GGTATTTTGC GGCTTTTTGC AGTAAAGAAG GAGGAATAGT TAAGGAATCT
TGCAAGCGTT TTCTTCCTGT CGATATGTAC ATCGGCGGAA TAGAACATGC AATATTGCAT
TTACTTTATG CTAGGTTCTT TACGCGCGCC TTAAACAAAT GTGGATACAT CGATATAGTG
GAACCTTTTC GTAATCTACT CACACAAGGT ATGGTTTGTC ATGAGACTTA CCAGAACTCT
TCCGGTGAAT ATTTGTATCC TGAAGAAGCA AAATCACTGC TGGAAAAAGG TGAAAAAGTT
CTGGTTGGCA AAATCGAGAA AATGAGTAAA TCCAAAAAAA ATGTTGTAGA TCTTGAAGAA
ATCGTCTCAA AATATGGCGC TGATGCAGCA AGGTTCTTTA TTCTTTCTGA TAATCCTCCA
GAAAACAGTT TTGGATGGTC AGACAGGGGC ATAAATGCGT CGTTTAAGTT TTTGCAAAGA
ATAAAAAATC TTGTAGAAAG ATATCTTTCC AGTAAAAACA GTGGTGAGGT TCAAACAGGC
CAGAACGTTA AAATCCAGAT TAACAAGATT ATCTGCGATA TGACGAAGTA CATGGACGAA
ATAAAATTAA ATTGCGCAGT TGCAAAGATT CACGAGTTGG TCAACTTGCT GAGCGCGTCC
GGAGCATTAT CTAAAGAAAC GATTCACGTA CTTTTAAGGA TACTCGAGCC ATTTGCACCA
CACTTAGCTG AATATTTAGC TTCAAAGCTT GAAAACAATG TCATTCTATA TGGTTCCCCG
TGGGTTGCTT ATAACGAAGT ACTCACTCAA AGCGATGCGG TCACATTAAT GGTGCGGAAG
AATGGAAAAT TCGTACAATT GTTAGAAGTA AAAAAGGATT CTTCTGAAGA AGAGATAATT
TCCCAAGCAA AAAGATTGAT CAAGAATGCC GTAGTTGATA AAGTTATATA TGTTCCTGGT
AAGATGGTTA ATTTCCTTTG CAGCAGTCCT GGTTAA
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| Protein sequence | MSCNLSCARI LFGLFTVGIH MSNYDFKKIE QFSQSLWDFS SCDFQRKKYY VLSMFPYPSG
KLHIGHLRNY VIGDVLARYK RSQGYNVLHP IGWDAFGLPA EKAAINSNIH PRIWTEKNIA
KMRTSLKSIG LSYDWSRELS TCSPKYYEHE QKFFLAFLKA GLAYRKNSEV NWDPIDKTVL
ANEQVIDGRG WRSGAVVVKR KIPQWFLKIS DFSEELLKGL ESLTGWPEKV KTMQTNWIGK
SEGAVIKFSI SGYEERFIEV FTTRPETIFG ASFCAISVNH PLVNELNLLS NAEREILRIQ
TTCESDHYDD NKNFSGTTNL EKVHEQKLGI LTKIKVKHPF SGDELPLYVA NFVFAEYGSG
AIFGCPAHDT RDFAFAQQYN LPCLRVISAK CTNTALPYCL EEGVMCNSNF LDGMQVIEAR
KFIIEKISSI GIGEAKNSYR LRDWGISRQR YWGCPIPVVY CEKCSMQPVK VEDLPVTLPE
EVEFTVQGNP LEHHPTWKYT NCPKCGGPAV RDTDTFDTFF ESSWYFAAFC SKEGGIVKES
CKRFLPVDMY IGGIEHAILH LLYARFFTRA LNKCGYIDIV EPFRNLLTQG MVCHETYQNS
SGEYLYPEEA KSLLEKGEKV LVGKIEKMSK SKKNVVDLEE IVSKYGADAA RFFILSDNPP
ENSFGWSDRG INASFKFLQR IKNLVERYLS SKNSGEVQTG QNVKIQINKI ICDMTKYMDE
IKLNCAVAKI HELVNLLSAS GALSKETIHV LLRILEPFAP HLAEYLASKL ENNVILYGSP
WVAYNEVLTQ SDAVTLMVRK NGKFVQLLEV KKDSSEEEII SQAKRLIKNA VVDKVIYVPG
KMVNFLCSSP G
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