| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2882 |
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| Symbol | leuS |
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| ID | 8392209 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 2915058 |
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| End bp | 2917628 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644980832 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_003138567 |
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| Protein GI | 257060679 |
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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 | 0.0606181 |
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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 | 22 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGAGTCCC AATATAACGC AGCAGCGATC GAACAAAAAT GGCAACAAGA CTGGGTGAAG
CAAGGGTTAG ATAAGACCCC AGAAAACAGC AATAAACCCA AATTTTACGC ATTATCGATG
TTTCCCTACC CTTCAGGAAA CCTACACATG GGTCATGTTC GCAACTATGT TATCACTGAT
GTTATCGCGC GTCTCAAGCG TCTGCAAGGG TATCGTGTCT TGCATCCGAT GGGATGGGAT
GCGTTTGGAC TTCCGGCCGA AAATGCAGCG ATAGATCGCG GTATTCCCCC CGCAGAATGG
ACTTACAAAA ATATGTCCCA AATGAAGCAA CAATTGCAAA CCTTGGGACT GTCTATTGAC
TGGGAGAGAG AAGTCGCTAC CTGTGCCCCT GAGTATTATA AATGGACACA GTGGCTCTTT
TTGCAATTAT ATCAGGCAGG ATTAGCCTAT CAGAAAGAAG CGGCTGTTAA TTGGGACCCC
ATCGATCAAA CCGTCTTAGC GAACGAACAG GTAGACAGCG AGGGCTATTC CTGGCGATCG
GGTGCTAAAG TGGAAAGGAA GCTATTACGG CAGTGGTTTC TCAAAATTAC CGACTATGCA
GAACAATTAT TAACCGATCT CGATAAATTA TCGGGATGGC CTGACCGTGT TAAATTAATG
CAGGAAAATT GGATCGGGAA GTCGGTGGGT GCATACCTAG AATTTCCCAT CAAAGGAAGT
GAGGAGAAGA TAGCCGTCTT TACTACCCGT CCCGATACGG TTTATGGGGT AACTTACGTT
GTTTTGGCAC CAGAACACCC CTTAACCCTA AAAGTTACGA CTCCTGAACA AAAAGCAGCA
GTAGACGCAT TCATCGAAGA GGTGTCTAAT GAAAGCGAAA TTGAACGAAC CGCAGAGGAT
AAACCCAAAC GGGGGATATT AACGGGGGGA ACGGCTATAA ATCCCTTTAA TGGTCAAGAA
ATCCCTATTT TAATCGCAGA TTACGTCCTC TATGAATATG GTACGGGGGC GGTCATGGGA
GTCCCTGCCC ACGATACCCG TGACTTTAAA TTTGCCAAAG AAAAGCAATT ACCCATCAAA
GTCGTCATTA TTCCCGAAAA TTCCGACAAT ACCAACCCTC CGTTAACGGA AGCCTATACC
GACCCTGGAA TTATGGTTAA TTCGGGGATA TTTGACGGAA TACAGTCAAC AGAAGGCAAA
ACCGCTATTA TTGAGTATGC AGAAAAAGAA GGCTATGGTA AGGCTAGGAT ACAGTATCGT
CTGCGAGATT GGTTGATTTC TCGTCAGCGT TATTGGGGGT GTCCTATTCC GGTGGTGCAT
TGTCCCAGTT GCGGGACTGT TGCCGTTCCT GATGCAGATT TACCTGTAAA ATTGCCAGAA
AATGTTGAAT TTACGGGACG AGGTGCGTCT CCTTTGGCAA AATTGGAAGA TTGGATCAAT
GTACCCTGTC CCAGTTGTGG AGAACCTGCG AAACGGGAAA CCGATACAAT GGACACTTTT
ATTGACTCGT CTTGGTATTA TTTACGCTAT ACCGATGCTA ACAATAACCA GGAAGCTTTT
AACTTAGAAA AAGCTAATGA TTGGATGGCA ATTGATCAGT ATGTTGGAGG TATTGAACAC
GCTATTTTAC ACCTGTTATA TTCGCGTTTC TTTACTAAAG CATTGCGAGA CAGAGGGTTA
GTTAATATTG ACGAACCGTT TAAGCGTCTT TTAACTCAGG GAATGGTTCA AGGGTTGACT
TACAAAAATC CTCAAACGGG TAAATATGTC CCGTCAGAAA ATGTTATTTT TCAAGACGAT
CATTACCGCG ATAAAGAAAC GGGAGAAATT CTCTCTTTCT TCTACGAAAA GATGTCTAAA
TCTAAATATA ATGGGGTTGA TCCCAAACAA GTTTTAGGCA AATATGGGGC AGATACTGCG
AGAATGTTTA TCCTGTTTAA AGCACCCCCA GAAAAAGATT TAGAATGGGA TGATGCGGAT
GTAGAAGGAC AATTTCGCTT CTTAAATCGG GTTTGGCGGT TAGTGGCTAA TTATCTGGAA
AATAAACCCA AAACGGTTAA GAAAGCAAGC GAATTAACCA AGGAGGAAAA AGATTTAAGA
CGTGCCATTC ATACCGCTAT TAAAGAGATT TCTGAAGACT TAGAAGGGGA CTATCAATTT
AATACGGCTG TCTCAGAATT GATGAAGTTA AGTAATGCGC TAACGGATGC TAAATGTTTA
GAGTCTGGGG TGTATCAAGA AGGGATAGAA ACCCTATTGA TTTTATTAGC ACCTTTTGCT
CCCCATATTG CTGAGGAATT ATGGCATAAT TTGGGTTATG AAAAGTTGAT TCATCTGCAA
AGTTGGCCAA CGGTTAATCC TGATGCTTTA GTTGTTGATG AAATTACCCT AGTGATTCAA
ATTATGGGTA AAACACGGGG AACTATTCAA GTATCAGCAA CTGCAACTAA AGATGAACTC
GAAAAATTAG CCCGCGAGTC GGAAGTCGGA CAACGTTATT TAGACGGACA AGACGTTAAA
AAAGTCATCG TTGTCCCTGG AAAATTAGTT AACTTTGTCA TTGCTAAATA A
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| Protein sequence | MESQYNAAAI EQKWQQDWVK QGLDKTPENS NKPKFYALSM FPYPSGNLHM GHVRNYVITD
VIARLKRLQG YRVLHPMGWD AFGLPAENAA IDRGIPPAEW TYKNMSQMKQ QLQTLGLSID
WEREVATCAP EYYKWTQWLF LQLYQAGLAY QKEAAVNWDP IDQTVLANEQ VDSEGYSWRS
GAKVERKLLR QWFLKITDYA EQLLTDLDKL SGWPDRVKLM QENWIGKSVG AYLEFPIKGS
EEKIAVFTTR PDTVYGVTYV VLAPEHPLTL KVTTPEQKAA VDAFIEEVSN ESEIERTAED
KPKRGILTGG TAINPFNGQE IPILIADYVL YEYGTGAVMG VPAHDTRDFK FAKEKQLPIK
VVIIPENSDN TNPPLTEAYT DPGIMVNSGI FDGIQSTEGK TAIIEYAEKE GYGKARIQYR
LRDWLISRQR YWGCPIPVVH CPSCGTVAVP DADLPVKLPE NVEFTGRGAS PLAKLEDWIN
VPCPSCGEPA KRETDTMDTF IDSSWYYLRY TDANNNQEAF NLEKANDWMA IDQYVGGIEH
AILHLLYSRF FTKALRDRGL VNIDEPFKRL LTQGMVQGLT YKNPQTGKYV PSENVIFQDD
HYRDKETGEI LSFFYEKMSK SKYNGVDPKQ VLGKYGADTA RMFILFKAPP EKDLEWDDAD
VEGQFRFLNR VWRLVANYLE NKPKTVKKAS ELTKEEKDLR RAIHTAIKEI SEDLEGDYQF
NTAVSELMKL SNALTDAKCL ESGVYQEGIE TLLILLAPFA PHIAEELWHN LGYEKLIHLQ
SWPTVNPDAL VVDEITLVIQ IMGKTRGTIQ VSATATKDEL EKLARESEVG QRYLDGQDVK
KVIVVPGKLV NFVIAK
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