| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9211_08751 |
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| Symbol | leuS |
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| ID | 5730352 |
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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 | Prochlorococcus marinus str. MIT 9211 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009976 |
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| Strand | - |
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| Start bp | 768801 |
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| End bp | 771419 |
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| Gene Length | 2619 bp |
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| Protein Length | 872 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641285240 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001550760 |
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| Protein GI | 159903416 |
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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 | 0.115344 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.00155899 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGACAGATA CTTCCTCTAG CATTTCTCGA AAAAGCCTTA GGGCAGACAG CTACCAACCT
CAACTCATTG AGGAAAAATG GCAAAACGAA TGGAAAATCA GTGGACTTTA TAAAACCAGA
GAACCGAAAG AAGACCAAAA AACTTTTTAC GCACTCTCAA TGTTCCCTTA CCCCTCAGGT
AATTTGCATA TGGGACATGT CAGAAATTAT GTAATAACGG ATGTTATAGC AAGAGTTCAT
CGGATGAAGG GATTTTCGGT CCTTCATCCG ATGGGTTGGG ATGCATTTGG TCTTCCAGCT
GAAAACGCAG CCATAGAGAG AAATATCCAG CCTGATATAT GGACAGAGAA AAACATTTCT
CACATGAGAT CTCAGTTAGA TCGACTAGGT CTTTCTATAG ATTGGGATAG AGAGCAAACA
ACGTCAAAGA GTGAATACTA CAAATGGACG CAAAGTATTT TTCTAAAGTT ATATGAGGCT
GGTCTTGCAT ACCAAAAGTC GGCTACTGTC AATTGGGATC CAGTAGATAA AACAGTCTTA
GCTAACGAAC AGGTTGATGC CGATGGTAAA TCATGGAGAT CAGGTGCTTT AGTAGAAAAG
AAGCAACTAA AGCAATGGTT CCTGAAAATT ACTGATTATG CTGAAATATT GCTAAAAGAT
ATTGACACTC TGACTGAATG GCCTGAACGA GTAAAGACGA TGCAATCCAA TTGGATTGGG
AAATCGGTAG GTGTAAAGAT TAACTTTCAA CTGTTAACAA AAGAGAAAGA GAATCTAAGC
GTATTCACAA CAAGACCCGA CACACTTTTT GGAAGTACAT ATCTTGTTTT ATCTCCGGAA
GACAAGCTAG TAGATAAACT AGTAGACCCT AAATTAATTA ATGATCTATC TAATTTTAGG
GATTACGTAT CTAAATTAAG TGATAAAGAA AGAACTGCTG AAGGAAAGCC AAAAAATGGT
ATGGCAATTG GAGCTTATGC TATTAATCCG ATTAATCAAG AAAAGCTGCC TATCTGGATT
GCTGACTACG TTTTATCTGG ATATGGAACT GGTGCTGTAA TGGGAGTACC TGCACATGAT
CAAAGGGATT TAGATTTTGC ACAAAAGTAT TCTCTACCTA TTAAATATGT AATTAAACCA
TCTGGAATAA TAGAAAAGAA AAAAGAAGTT AAAGCGTATA GTGAGGTTGG CGTAATGATA
AATTCAGGAC CCTTCAATGG TCAAAAATCA GATGAAGTAA AATCCTTAAT AACAGAAAAG
GGTATTAAAG AGAACTGGGC AGAAAAGAAG ACGACTTATA AGTTAAGAGA TTGGTTGATT
TCACGACAAA GGTATTGGGG ATGTCCCATA CCAATAGTTC ATTGCGCAAA GTGTGGCATA
GTCCCAATAG AAAAGGAAAA CTTACCAGTA TTTCTTCCTA CAAATATACA ACTCTCTGGA
AAAGGTAATT CACCCTTAAA AGATAATGAA TGGACTAAAA CACAATGTCC TATTTGCAAA
GGAATCGCAC GAAGAGAGTC CGATACTATG GATACCTTTA TTTGCTCATC ATGGTATTAC
TTAAGGTTTA TTGATCCAAA TAATAAGAAA AACATCATTG ATAAGAATCT AGCAGATAGA
TGGATGCCTG TAGACCAATA CGTAGGTGGT ATTGAACACG CAATATTGCA TCTTTTATAC
GCTAGGTTTA TTACAAAAGT TCTAAGAGAC AAAGATATGA TTTCAATAGA CGAGCCATTT
AAAAAATTAT TAACTCAGGG AATGGTACAA GGAATTACAT TTAAAAATCC TAAAACTGGT
AAGTATATTC CTCCCAACAA AATTAACAAT ATAAAGACTC CATTAGACCC ATCAACAGGC
GAGTCTTTAG AGTTGATATA TGAAAAGATG TCCAAATCTA AACATAATGG TATTGATCCA
TCAACTGTAA TAGATAAATA TGGAGCAGAT ACCGCAAGAA TGTTTATTTT GTTTAAAGCT
CCTCCAGAGA AAGATCTAGA ATGGGACGAT GCAGATGTGG AAGGCCAATA TAGATTTTTA
CAAAGATTAT GGAGACTGAT AAATGAAAGC AAAACTTACA ACAAACTTTC TTTAGATAGC
AATGAGAATA ATAATCTAAA TAATCTTAAT CAAGACGAAA TCTCTTTAAG AAGGTCAGTA
CACCTAGCAA TAAAAGAAAT TTCGAATGAT CTTAATGAAG GGAATCAATT CAACACAGCA
ATATCAGAAC TAATGAAGCT TAGTAATAAT ATGAACGAAC TACTAGGTAA ATGTAGGATA
TCAGTTGTGA ATGAATCATT ATCAATCTTA ATCAGAATAT TATCTCCTTT TGCTCCACAT
TTAGCAGAAG AAGCTTGGTC AACACTAAAA GGTAAAGGTA GTGTTCATGA GCAAAAATGG
CCTGAATTTG ATCCTAACGC CCTAAAACAA GATAATTATC AACTTGTCAT ACAGATGAAT
GGCAAGGTTA GAGGTTCGAT TAAAATAGCT AGTGAAACTA ATAAACAAGA AATAGAGAAA
ATCGCACTAA ACAGCGATAT AGCCAAGAAA TGGTTAATAG ATGGTTCTTA TAAGAAAGTA
ATTGTTGTTC TGGGCAAATT AGTTAATATT GTCTACTAG
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| Protein sequence | MTDTSSSISR KSLRADSYQP QLIEEKWQNE WKISGLYKTR EPKEDQKTFY ALSMFPYPSG
NLHMGHVRNY VITDVIARVH RMKGFSVLHP MGWDAFGLPA ENAAIERNIQ PDIWTEKNIS
HMRSQLDRLG LSIDWDREQT TSKSEYYKWT QSIFLKLYEA GLAYQKSATV NWDPVDKTVL
ANEQVDADGK SWRSGALVEK KQLKQWFLKI TDYAEILLKD IDTLTEWPER VKTMQSNWIG
KSVGVKINFQ LLTKEKENLS VFTTRPDTLF GSTYLVLSPE DKLVDKLVDP KLINDLSNFR
DYVSKLSDKE RTAEGKPKNG MAIGAYAINP INQEKLPIWI ADYVLSGYGT GAVMGVPAHD
QRDLDFAQKY SLPIKYVIKP SGIIEKKKEV KAYSEVGVMI NSGPFNGQKS DEVKSLITEK
GIKENWAEKK TTYKLRDWLI SRQRYWGCPI PIVHCAKCGI VPIEKENLPV FLPTNIQLSG
KGNSPLKDNE WTKTQCPICK GIARRESDTM DTFICSSWYY LRFIDPNNKK NIIDKNLADR
WMPVDQYVGG IEHAILHLLY ARFITKVLRD KDMISIDEPF KKLLTQGMVQ GITFKNPKTG
KYIPPNKINN IKTPLDPSTG ESLELIYEKM SKSKHNGIDP STVIDKYGAD TARMFILFKA
PPEKDLEWDD ADVEGQYRFL QRLWRLINES KTYNKLSLDS NENNNLNNLN QDEISLRRSV
HLAIKEISND LNEGNQFNTA ISELMKLSNN MNELLGKCRI SVVNESLSIL IRILSPFAPH
LAEEAWSTLK GKGSVHEQKW PEFDPNALKQ DNYQLVIQMN GKVRGSIKIA SETNKQEIEK
IALNSDIAKK WLIDGSYKKV IVVLGKLVNI VY
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