| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_3031 |
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| Symbol | leuS |
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| ID | 7288964 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 3004082 |
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| End bp | 3006658 |
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| Gene Length | 2577 bp |
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| Protein Length | 858 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 643586009 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_002483726 |
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| Protein GI | 220908415 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.10606 |
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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 | 21 |
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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 GTTACCAACC CACAGCGATC GAAGAAAAGT GGCAACAAAC CTGGGCAGAG
GTAGGCATTG ACCAGACCCC GACCGATCGG AGCAAGCCTA AATTCTACGC GCTGTCTATG
TTTCCCTATC CCTCTGGCAA CCTGCATATG GGGCACGTGC GGAACTACAC CATCACCGAT
GTGATTGCGC GGGTGCGGCG GATGCAGGGG TATCGGGTCT TGCACCCAAT GGGCTGGGAT
GCCTTTGGCT TACCTGCGGA GAATGCAGCG ATTAAACGGG GAATTCATCC AGCTAAGTGG
ACTGCAGACA ACATTACCCA GATGCGATCG GAATTAAAGC GGTTGGGGCT TTCCTACGAT
TGGAACTGTG AGTTGGCCAC CTGTTCCCCG GACTACTACC GCTGGACGCA ATGGATTTTT
CTGCAGTTTT ATCAGGCCGG TCTGGCGTAT CAGAAGGAAG CAGCGGTGAA CTGGGACCCG
ATCGATCAAA CCGTTCTGGC TAACGAACAG GTGGATAGTG AAGGGCGTTC CTGGCGATCG
GGGGCGAAGG TGGAGCGCAA GCTACTGCGG CAATGGTTTC TCAAAATCAC AGATTACGCT
GAAGAATTGT TGCAGGATCT GGATCAATTA ACGGGCTGGC CCGAAAAGGT GAGAAAGTTA
CAGGCCAACT GGATTGGTAA GTCCACGGGT GCTTATCTGG AGTTTCCCAT TGTCGGTCGG
GACGAAAAGA TTAGCGTTTA TACCACCCGT CCAGATACGG TGTATGGGGT CAGCTATGTG
GTACTTGCCC CCGAACATCC CCTCACCCTG CAGGTGACTA CGAAAAAGCA GCTCAAAGCT
GTTAAATCTT TTATCCAGGA AGTTACGGCT GCCAGTGAAA TTGAGCGAAC CGCCGAAGAT
CAACCGAAGC GTGGTATTGC GACGGGCGGT AAGGCAATCA ACCCGTTTAC TGGGGCTGAA
ATTCCGATCT GGATTGCCGA TTACGTCCTG TACGAATACG GTACGGGAGC CGTTATGGGG
GTTCCTGCCC ACGATAGCCG GGATTTCAAA TTTGCCCAGA CCTATCAGTT ACCCATCCGC
CAAGTCATTA TTCCACCTGA TCCAGACCTG AACGAGCAAC CGATTTTACA GGAGGCTTAC
ACAGAGCCAG GCCTATTGAT TAACTCTGGC GAATTTGATG GTATGCCTTC TACAGACGCT
AAAGCCGCCA TTGTCGCTAA AGCAGAAGCC ACTGGCTGGG GGCAGGCTCG TGTACAGTAT
CGGTTGCGGG ATTGGTTGAT TTCTCGCCAA CGCTACTGGG GAGCGCCAAT TCCTGTTATC
CACTGTCCCC AATGTGGCAT TGTGCCCGTA CCAGAGGCAG ACCTACCAGT GGTGTTACCA
GACGATGTGC AGTTTAGTGG ACGGGGCCCT TCCCCTCTGG CCCAGTTAGA ATCCTGGGTT
AAAGTCAACT GTCCCACCTG CAACACCCCA GCCCGGCGGG AAACCGATAC GATGGATACC
TTTATCGATT CTTCCTGGTA TTATCTCCGC TATCCTGATG CCCAGAATGA TCAGCAGGTC
TTTGATCCAG CTAAAACCAA TGATTGGTTG CCGGTGGATC AGTACGTGGG TGGGATTGAA
CACGCCATTT TGCACCTGCT CTATTCCCGC TTTTTTACCA AAGTCCTCCG AGATCGTGGA
TTGCTCAACT TTGATGAACC TTTTCAGCGC TTGTTGACCC AGGGCATGGT GCAGGGCTTA
ACCTATACCA ACCCCAACCG CAGTGATAGT AGCCGCTATA TTCCGTCGAA TCTGGTGGAC
CCCAACGACC CCAAAGATCC AGAAACCGGG GAACCGCTGG AGGTGTCTTA CCAGACGATG
TCCAAGTCGA AGTATAACGG CGTCGCCCCC GAGGAAGTGA TCAACAAGTA TGGGGCTGAC
ACCGCCCGGA TGTTTATTCT GTTCAAAGCT CCCCCTGAAA AAGACCTGGA ATGGGATGAT
GCCGATGTAG AGGGGCAGTT TCGCTTTCTC AATCGGGTCT GGCGATTGGT AACTCAATAC
CCAGTCATAG AGCCAACTAC CAAGCAGGGA GATGCCCTTG CCAAGGAGGA GAAAGAGCTA
CGCCGGGCCA TCCATACCGC CATTAAAGAA ATCACCGCCG ATCTGGGGGA AGAGTACCAG
TTGAATACTG CGGTCTCGGA GCTAATGAAG CTCAGTAATG CTCTGACAGA TGCAAGTTGT
AAGGATTCAG TCATTTACAC TGAGGGAATT GAAACCCTGC TGTTGTTGCT GGCTCCCTTT
GCCCCTCATA TCAGTGAAGA ACTCTGGCAA CAACTGGGCC ATACCACCTC TGTGCATCAA
CAGTCCTGGC CTCAGGTTGA TCCCAGTGCC TTGATTGTGG ATGAGATCAC GATCGTGATT
CAAATTCTGG GTAAAACCCG TGGTACCATT CAGGTTCCTG CCAGTTCCTC CCGTGAAGAA
TTGGAAGAGT ATGCCCGTCA GACCCCTGTC GCCCAACGGT ATCTAGAAGG TAAAACGATC
AAAAAGGTGA TTGTTGTACC GGGTAAACTG GTTAATTTTG TTGTAGCTGA TGCTTAA
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| Protein sequence | MESRYQPTAI EEKWQQTWAE VGIDQTPTDR SKPKFYALSM FPYPSGNLHM GHVRNYTITD
VIARVRRMQG YRVLHPMGWD AFGLPAENAA IKRGIHPAKW TADNITQMRS ELKRLGLSYD
WNCELATCSP DYYRWTQWIF LQFYQAGLAY QKEAAVNWDP IDQTVLANEQ VDSEGRSWRS
GAKVERKLLR QWFLKITDYA EELLQDLDQL TGWPEKVRKL QANWIGKSTG AYLEFPIVGR
DEKISVYTTR PDTVYGVSYV VLAPEHPLTL QVTTKKQLKA VKSFIQEVTA ASEIERTAED
QPKRGIATGG KAINPFTGAE IPIWIADYVL YEYGTGAVMG VPAHDSRDFK FAQTYQLPIR
QVIIPPDPDL NEQPILQEAY TEPGLLINSG EFDGMPSTDA KAAIVAKAEA TGWGQARVQY
RLRDWLISRQ RYWGAPIPVI HCPQCGIVPV PEADLPVVLP DDVQFSGRGP SPLAQLESWV
KVNCPTCNTP ARRETDTMDT FIDSSWYYLR YPDAQNDQQV FDPAKTNDWL PVDQYVGGIE
HAILHLLYSR FFTKVLRDRG LLNFDEPFQR LLTQGMVQGL TYTNPNRSDS SRYIPSNLVD
PNDPKDPETG EPLEVSYQTM SKSKYNGVAP EEVINKYGAD TARMFILFKA PPEKDLEWDD
ADVEGQFRFL NRVWRLVTQY PVIEPTTKQG DALAKEEKEL RRAIHTAIKE ITADLGEEYQ
LNTAVSELMK LSNALTDASC KDSVIYTEGI ETLLLLLAPF APHISEELWQ QLGHTTSVHQ
QSWPQVDPSA LIVDEITIVI QILGKTRGTI QVPASSSREE LEEYARQTPV AQRYLEGKTI
KKVIVVPGKL VNFVVADA
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