| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9301_02601 |
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| Symbol | ileS |
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| ID | 4910987 |
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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 9301 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009091 |
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| Strand | + |
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| Start bp | 241161 |
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| End bp | 244067 |
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| Gene Length | 2907 bp |
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| Protein Length | 968 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640159827 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_001090484 |
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| Protein GI | 126695598 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0060] Isoleucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00392] isoleucyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAAATCTC AAAATAGCAA AGAACAAAAA TCAGACTTTT CCTATAAAGA AACTCTAAAT
TTACTAAAAA CTGACTTCTC AATGCGTGCT AACTCAGTTT TGAGAGAACC CGAGATTCAG
AATTTTTGGG CTAACAATGA TATTGATTTC CAATTAGGTT CAAGCAATTC AGGCGAAATA
TTTACATTAC ATGATGGCCC TCCTTATGCA AATGGAGCTC TTCATATGGG GCATGCCCTT
AATAAAGTTT TAAAAGACAT AATAAATAAG TACAAAACCT TAAAAGGATT TAGGGTTCAT
TTCGTACCTG GTTGGGATTG TCATGGGTTA CCTATTGAAT TAAAAGTTCT TCAGAATTTA
AAATCTGATG AAAGAAAGAA TCTTGATACT CTAAATTTAA GAAAAAAAGC AACAGATTAT
GCCCATATCC AAATTAATAA TCAAAAGGAG GGTTTCAAAA GGTGGGGCAT ATGGGGAGAT
TGGAATAACC CTTACTTAAC TCTTAAGAAA AGTTATGAAT CTGCTCAGAT TGGAGTATTT
GGGAAAATGT TTTTAAATGG CTATATATAT CGAGGTCTTA AACCTGTGCA TTGGAGTCCA
AGTTCAAGGA CTGCACTTGC AGAAGCAGAA TTAGAATACC CTGATGATCA TTATTCAAAA
AGTATTTATG TTTCATTAAA AATCACTAAA ATACCTGAGG AAATTCAATT AAATTTCATC
CAAAAAAATA TAAATATCAA AAAAGATTTT TTTCAAAATA ATTCTTTCAT AACCATTTGG
ACCACTACTC CTTGGACCAT ACCTGCAAAT GAAGCAGTTG CAGTAAATCC AAAAATAAAT
TACATTTTTG CGATCGATGA AGAGAAGCGA ATTTACCTTT TTGCTAAGGA CTTATGTTCT
GAAATAAGTA AGAAATTTAA TAAAGATTTC AAGGTGCTTT TAGAGGTTAA AGGCTCCAAA
TTGGAAAATA TTGAATATCA ACATCCCTCT AAGAATAAAA ATTGCAGAAT TGTAATTGGA
GGAGACTATA TCACTACAGA ATCAGGGACT GGAATTGTTC ATACTGCTCC TGGACATGGG
ATAGATGATT TTAATGTGGG TCAAAAATAT GATTTACCAA TAACATGTGT TGTTGATGAA
AAAGGTAACT TAAATGAATA TTCTGGGCAA TTCAAAGGAT CAAATGTCTT GAAAGATGCA
AATGATTTAA TTATTGAATA TTTAAAAGTA AATAATTTGC TTCTATTGCA AGAAAATTAT
AAGCATAGAT ATCCGTATGA TTGGAGAACC AAAAAACCAA CTATTTTTAG GGCAACAGAA
CAATGGTTTG CATCTGTAAA TGGCTTTAGA TCATCTGCAT TGAAGGCAAT CGAAGATGTT
GAATGGATGC CAGAGACTGG AAAGAAAAGA ATTTATTCTA TGGTTGTAGG TAGAGGAGAT
TGGTGTATTT CTAGACAAAG GTCATGGGGG GTCCCTATTC CAGTTTTTTA TAAAAAAAAT
GGTAATGAGA TCCTGCTTAA CAAAGAGATA ATTAATCATA TTCAAGAGCT TTTTAGTGAA
CATGGAGCAG ATATTTGGTG GGATTGGGAT GTTAAGAATC TTTTGCCGGA AAATTATGCA
AAAGAATCGG ATCTATGGAA AAAAGGAAAA GATACTATGG ACGTCTGGTT CGATTCAGGA
TCTAGCTGGG CCGCAGTGTG TGAACTAAGA AGTGAATTAA AGTATCCTGC AGATCTTTAT
TTAGAGGGTT CAGATCAACA TCGAGGATGG TTTCAGTCTT CTTTGCTAAC ATCTGTAGCA
GTAAATAATA AACCTCCATA TAAAAAAGTT TTAACTCATG GTTTTGCACT TGATGAAAAC
GGAAGAAAAA TGAGTAAATC TTTAGGAAAT GTTGTCGATC CAAATATAAT TATTAATGGA
GGTAATAATA AAAAAACTGA TCCCGCTTAT GGTGCTGATG TTTTAAGACT ATGGGTAAGC
TCTGTAGATT ATTCGGTAGA TGTTCCAATT GGTTCAAATA TACTCAAGCA ACTTTCAGAC
GTTTATAGAA AAGTACGTAA TACTGCAAGG TATCTTCTAG GTAATATTCA TGATTATGAT
CCTAAAATTG ATAGTTTTGA AATTGATCAA TTGCCTCTCT TAGATCAATG GATGTTAGGC
AGATTAGTTG AAGTTACAGA TCAAATATCA AACGCTTATG AAAATTATGA ATTTTCAAAA
TTTTTCCAAA TTTTGCAAAG TTTTTGTGTT GTAGATCTAT CAAATTTTTA TTTGGATATT
GCGAAGGATA GGTTATATGT AAGTTCTAAA TCTCAATTTA GGAGAAGATC TTGTCAGTTC
GTTATGTCAA AAGTTGTTGA AAATTTAGCC GTACTCATTT CTCCAGTGCT TTGTCATATG
GCTGAAGATA TTTGGCAAAA TATTCCATAT TCAACTAAAG AAAAATCAGT CTTTCAAAGA
GGATGGCCAA TATTTTCGCA GTCATGGAAA AATAAAATAC TTAATGAGCA CATTTCAAAT
TTAAGAAATT TAAGAGTTGA AATTAACAAG GCCATAGAAG GATGTAGGAA CAAACAAATA
ATTGGAGCAG CTTTGGAAAC TGAAGTTAAT TATTTACCGG AAGATAAAGC TTTAAAAGAT
TCACTTACTT GGCTAAAAGA ATTTGGCAAT CAAGATGTAG ATTTATTTAG GGATTGGCTT
ATAGTGTCAA ACTTCCAAGT GGTATCCGAT TTGGTGGATA ATTCTCTGGC TACTGATAAC
AATGCACTCG GTAAAATTCA AATAAATAAA GCTCAAGGGC AAAAATGTGA TAGATGTTGG
CACTATCAAA AAGAAACTTT TAATGGAATC CAAAATACAA AATTATGCAA AAGATGTTCA
AATATAATTA ATTTTGAATT TATTTAA
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| Protein sequence | MKSQNSKEQK SDFSYKETLN LLKTDFSMRA NSVLREPEIQ NFWANNDIDF QLGSSNSGEI
FTLHDGPPYA NGALHMGHAL NKVLKDIINK YKTLKGFRVH FVPGWDCHGL PIELKVLQNL
KSDERKNLDT LNLRKKATDY AHIQINNQKE GFKRWGIWGD WNNPYLTLKK SYESAQIGVF
GKMFLNGYIY RGLKPVHWSP SSRTALAEAE LEYPDDHYSK SIYVSLKITK IPEEIQLNFI
QKNINIKKDF FQNNSFITIW TTTPWTIPAN EAVAVNPKIN YIFAIDEEKR IYLFAKDLCS
EISKKFNKDF KVLLEVKGSK LENIEYQHPS KNKNCRIVIG GDYITTESGT GIVHTAPGHG
IDDFNVGQKY DLPITCVVDE KGNLNEYSGQ FKGSNVLKDA NDLIIEYLKV NNLLLLQENY
KHRYPYDWRT KKPTIFRATE QWFASVNGFR SSALKAIEDV EWMPETGKKR IYSMVVGRGD
WCISRQRSWG VPIPVFYKKN GNEILLNKEI INHIQELFSE HGADIWWDWD VKNLLPENYA
KESDLWKKGK DTMDVWFDSG SSWAAVCELR SELKYPADLY LEGSDQHRGW FQSSLLTSVA
VNNKPPYKKV LTHGFALDEN GRKMSKSLGN VVDPNIIING GNNKKTDPAY GADVLRLWVS
SVDYSVDVPI GSNILKQLSD VYRKVRNTAR YLLGNIHDYD PKIDSFEIDQ LPLLDQWMLG
RLVEVTDQIS NAYENYEFSK FFQILQSFCV VDLSNFYLDI AKDRLYVSSK SQFRRRSCQF
VMSKVVENLA VLISPVLCHM AEDIWQNIPY STKEKSVFQR GWPIFSQSWK NKILNEHISN
LRNLRVEINK AIEGCRNKQI IGAALETEVN YLPEDKALKD SLTWLKEFGN QDVDLFRDWL
IVSNFQVVSD LVDNSLATDN NALGKIQINK AQGQKCDRCW HYQKETFNGI QNTKLCKRCS
NIINFEFI
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