| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_09711 |
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| Symbol | leuS |
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| ID | 4719204 |
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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 9515 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008817 |
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| Strand | + |
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| Start bp | 865515 |
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| End bp | 868109 |
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| Gene Length | 2595 bp |
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| Protein Length | 864 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640080650 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001011285 |
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| Protein GI | 123966204 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.217305 |
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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 | 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 | GTGATTTATT CTGAGAATAC AGATGAAAAG TCCAATCAAC ATACAAATAA TTTATATAAA
CCATGTGAGA TAGAAAATAA ATGGCAGGAA ATTTGGGATA AGGAAAACTT ATATAAAACA
GATGACAAAT CTAGTAAGAA AGAAAAATTC TATGCGCTAT CTATGTTTCC TTACCCATCA
GGGAATCTTC ATATGGGACA TGTACGAAAT TATGTAATAA CAGATTTAAT TGCTCGATTT
CAAAGATTTC AAGGGAAATC ATTATTACAT CCAATGGGCT GGGACGCATT TGGTTTACCT
GCAGAGAACG CAGCTATAGA AAGAGGAATT AACCCTAATG ATTGGACCAA AAAAAATATC
GCTCATATGA AATCACAATT AAAATTATTA GGTTTATCAG TTGATTGGGA TAAAGAATTT
GCCACTTGTG ATGAAAATTA TTATCTCTGG ACACAATTTT TATTTTTAGA GTTACATAAA
TCAGGTCTTG TTTATCAAAA GGAATCAGAA GTTAATTGGG ACCCAATTGA TAATACAGTT
TTAGCTAATG AACAAGTTGA TTCAGAAGGT AAATCATGGA GATCCGGAGC AAAAGTTGAA
AAGAAACTTT TAACACAATG GTTTTTAAAA ATAACAAATT ATACAGAAGA GTTATTGCAA
GATTTAGAAA AATTAAGCGA ATGGCCAGAA CGAGTAAAAA TAATGCAGGA AAATTGGATT
GGCAAATCAA AAGGGGCAAA TATAATTTTT AAAATAAATG AATTTGAAAA TGAAAAAATA
AAAGTATTTA CTACAAGACC AGATACTCTT TTTGGGGTTA CCTATATAGC AATTTCAATT
AACAATCCTT TAATTAACAA AATTTCTGAT AATGAAATCT TAAGTAAATT AGAAAATTTA
AAAATTTATT TAAAGAAAAA TCAAGATAAG GATCAAAAGA AAATTGGAAT TCCAACCAAT
TTAAAGGCTA TAAATCCTAT AAATTCAAAT GAAATTCCTA TTTGGATAGC AAGTTATGTT
CTTGATGAAT ATGGAACTGG AGCTGTAATG GGCGTTCCAG CCCATGATCA AAGAGATTTT
GAATTTGCAA AAATTAATTT TATTGATATA AAACAAGTAA TTATTAAAGA TAAGGATAAT
GATAAAAGTA CTTTTAAATT AAAAAATGCT TTTACTGATA ATGGCTTTTT AATTAATTCA
AACAATTTTA ATGGATTATG TAATAATGAT GCCAAAAAGC AAATACTTGA ACAAGGCAAA
ATAAATGGAT GGGCAGAAGA AGAAATTCAC TATCGATTAA GAGATTGGTT GATTTCAAGG
CAACGATATT GGGGATGCCC AATACCAATT ATTAAATGTA ATAATTGTGG CTCTATTCCC
GTAAATAAAA AAAATCTACC TGTGAAATTA CCGAAAGAAA TTGAAATTTC TTCTAATAAG
ATTAATTCTC TAGGTAGTTA CAAGGATTGG GTTAAAACAA CATGTCCAAA ATGCGGAAAT
TTGGCGAGTA GGGAGACTGA TACTATGGAT ACCTTCATGT GTTCATCATG GTATTTTTTA
CGTTATCCCT CATCAAAATG TAAAACAAAG CCATTCGAAA AAGATAATGT AAACAAATGG
TTACCTGTAG ATCAATATGT TGGTGGTGTA GAACACGCAA TTCTTCACCT TCTTTATGCA
AGATTTCTTA CCAAAGCACT TAGAGATAAT AACCTTTTCG ATATTGATGA ACCATTTAAA
AAACTTTTAA CACAAGGTAT GGTTCAAGCT GCAGCTTATA AAAATACAAA AACAGGAAAA
TATATCTCTC CAAAAGATAT TAAAGATTTT AATAATCCTA CTGATCCAAA CGATGATTCA
AAACTTGAGG TTCTTTTTGA AAAAATGTCA AAATCTAAAT ATAATGGGAT AGATCCGGAA
TCGGTAATTA AAAAATATGG AGCAGATACA GCCAGAATGT TTATATTATT TAAGGCTCCT
CCAGAAAAAG ACCTTGAATG GGGTGACTCT GATGTAGAAG GACAATATAG ATTTTTATGT
AGAATATGGA AACTTTTCTT AGATTACAGA AATAACGAAA GCTGGGATAA TCAAAAGAAC
TACAATAGAG AAAAAGAAAA TTCATTAACT AAGTCTATTA ATATAGCTAT TAAAGAAATT
TCTAATGATA TAAAAAATAA TCAATTTAAT ACAGCTATAT CCGAATTGAT GAAATTTTAT
AATTCATTAT CCTCCAGTAT GATTTACGTA AATAAAGACT TAAGGAAAGA TGCTTTTAAA
AAATTCTGTA TATTACTAGC ACCATTTGCT CCTCACATAG CAGAAGAGAT TTGGAATTTA
ATAGGTTATC AAAAATCTGT ACATTTAGAA AGATGGCCAA TATTTAATGA AGATGCTTTA
AAGGAAGATT GTTATGAATT AGTCATCCAA ATCAATGGAA AAGTTAGAGA CAAAATTAAT
GTAGGAATCG ATATTTCTGA AGATCAAATT AAACAAAAAA CATTAACAAG ACCTAACGTA
AGAAAATGGA TTGATCAAAA AACCATAAGA AAAATAATAA TTGTAAAAGG TAAAATAATG
AATATTGTTG TTTAA
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| Protein sequence | MIYSENTDEK SNQHTNNLYK PCEIENKWQE IWDKENLYKT DDKSSKKEKF YALSMFPYPS
GNLHMGHVRN YVITDLIARF QRFQGKSLLH PMGWDAFGLP AENAAIERGI NPNDWTKKNI
AHMKSQLKLL GLSVDWDKEF ATCDENYYLW TQFLFLELHK SGLVYQKESE VNWDPIDNTV
LANEQVDSEG KSWRSGAKVE KKLLTQWFLK ITNYTEELLQ DLEKLSEWPE RVKIMQENWI
GKSKGANIIF KINEFENEKI KVFTTRPDTL FGVTYIAISI NNPLINKISD NEILSKLENL
KIYLKKNQDK DQKKIGIPTN LKAINPINSN EIPIWIASYV LDEYGTGAVM GVPAHDQRDF
EFAKINFIDI KQVIIKDKDN DKSTFKLKNA FTDNGFLINS NNFNGLCNND AKKQILEQGK
INGWAEEEIH YRLRDWLISR QRYWGCPIPI IKCNNCGSIP VNKKNLPVKL PKEIEISSNK
INSLGSYKDW VKTTCPKCGN LASRETDTMD TFMCSSWYFL RYPSSKCKTK PFEKDNVNKW
LPVDQYVGGV EHAILHLLYA RFLTKALRDN NLFDIDEPFK KLLTQGMVQA AAYKNTKTGK
YISPKDIKDF NNPTDPNDDS KLEVLFEKMS KSKYNGIDPE SVIKKYGADT ARMFILFKAP
PEKDLEWGDS DVEGQYRFLC RIWKLFLDYR NNESWDNQKN YNREKENSLT KSINIAIKEI
SNDIKNNQFN TAISELMKFY NSLSSSMIYV NKDLRKDAFK KFCILLAPFA PHIAEEIWNL
IGYQKSVHLE RWPIFNEDAL KEDCYELVIQ INGKVRDKIN VGIDISEDQI KQKTLTRPNV
RKWIDQKTIR KIIIVKGKIM NIVV
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