| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_1995 |
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| Symbol | ileS |
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| ID | 2858823 |
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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 | Bacillus thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | + |
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| Start bp | 2076881 |
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| End bp | 2079982 |
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| Gene Length | 3102 bp |
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| Protein Length | 1033 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637513422 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_036324 |
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| Protein GI | 49477540 |
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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 | 24 |
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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 | ATGAAGAAAG TAGATGTAAA AGAGTCAGCT GTAGGGAGAG AAACACGTAT TCGTAAACAG
TGGAACGAGC AAAGCATTTT CGAGCAATCA ATTCAGAATC GAGAAGGCGC ACAATCTTTT
GTGTTTTATG AAGGACCACC GACGGCGAAT GGATTACCGC ATGTAGGTCA TGCACTTGGA
CGAACAATTA AAGATGTAGT AGCAAGGTAT AAAACGATGG CTGGTTATAA AGTATTAAGA
AAAGCGGGAT GGGATACGCA CGGCTTACCT GTAGAATTAG GTGTTGAGAA GCAACTCGGT
ATTTCTGGTA AACATGAAAT CGAGGAGTAC GGAATTGAAC CATTTACTAA GAAGTGTAAA
GAGAGTGTAT TCACATATGA GAAGCAGTGG CGTGAATTCA CTGAAAGCAT CGGTTATTGG
GTAGATATGG ATGATCCATA CGTTACGTTA GAGAATCCAT ATATCGAAAG TGTATGGCAT
ATTTTAGGGA CGATTCATGA AAAAGGATTA TTGTATAAAG GGCATAGAGT TTCACCATAT
TGCCCAAGCT GTCAAACTTC ACTAAGTTCA CATGAGGTTG CCCAAGGGTA TAAAACAGTA
AAAGATTTAA GTGCAACCGT TAAGTTTAAA GTGAAGGATA GTGAAAATGA ATATTTCCTA
GGTTGGACGA CAACACCTTG GACACTTCCA GCAAATGTTG CACTCGCTGT ACATCCAAAT
ATGGAATACG TGAAAGCAAA ACAAGAAGGT CATGTATACA TTGTTGCGAA AGAACGTGTA
CAAGATGTAT TAAAAGAAAA CTATGAAGTA TTATCTGTTC ATAAAGGAGA AGAATTATTA
AATACTTCTT ATACAGCACC GTTTCCGATG AAAGAAGTTA CAAATGGTTA CCGCGTTATC
GGAGCAGATT TTGTAACGGC AGATAGTGGT ACAGGACTCG TTCATATCGC TCCAGCATAC
GGAGAGGACG ATTATAGAGT CGTTCAAAGT GAAGGATTGT CATTCTTACA TGTTGTAGAT
GAAAAGGGTG AGTATACAGA AGTCGTACCA TTTTTGAAAG GTAAATTTGT AAAAGATTGT
GACGTAGATA TCGTTCGTTA TTTAGCGAAG GAAGGTTTAC TATACCATAA AGAAAAGTAT
GAACACAGTT ACCCGCATTG CTGGCGTTGT GATTCACCAC TTCTTTATTA TGCAGGAGAG
AGTTGGTTAA TCAGAACGAC TGCAATTAAA GATACGTTTT TACAAAATAA CGATACTGTT
ACTTGGTATC CAGATCATAT GAAACATGGA AGATTTGGTA AGTTTTTAGA AAATATGGTG
GACTGGAATA TTAGCCGAAA TAGATATTGG GGAACACCAT TAAACGTATG GGAATGTGAA
AGTTGCGATC ATCAATTTGC ACCGAAAAGC ATTGCTGATT TAAGAAAGCA TAGTACGAAA
GAAACACCTG AAGATTTAGA ATTGCATAAG CCGTATGTAG ATGAAGTGCA AGTTAGCTGC
GAAAAATGCG GAAGTGCGAT GAATCGTACA CCAGAAGTAA TTGATGTTTG GTTTGATAGT
GGCTCGATGC CATTTGCGCA ATATCATTAT CCGTTTGAAA ATAAAGAGTT ATTTGAAGAG
CAGTTTCCAG CAGATGTAAT TGCAGAAGGA ATTGATCAAA CACGCGGTTG GTTTTATAGT
TTATTAGCTG TATCAGCACT ATATACAGGA AAAGTACCGT ATAAACGAGT GTTATCACTA
GGGCATGTTC TAGATGAAGA AGGACAGAAA ATGTCTAAAA GTAAAGGGAA TGCACTAGAT
CCAGTTGATT TAGTAGGGAA GTTTGGTGCA GATGCTTTAA GATGGGCTCT ACTTGTTGAT
AGTGCTCCGT GGAATGCGAA ACGTTTTTCT GAAAGAACAG TACTGGAAGC GAAATCTAAA
TTTGTAGATA CGTTAGTCAA TGTGTATAGC TTCTACGTTT TATATGCAAA TTTAGATGAG
TATAATCCGA ATGAAACATA TGACGTAAAG CGGACGAAAT TGGATGAATG GGTATTATCA
AGATTGCATA GCACAACGAA AAAAGTGAGA ACAGCACTTG ATGATTATCA ATTTACGAAT
GCAGCTCGTG AAATCGCCGC ACTTGTAGAT GAAGTAAGTA ACTGGTACGT AAGACGATCA
CGTAATCGTT TCTGGGAATC TGGTATGAAT GCTGAAAAAG CAGCTGCGTA TGAAACACTT
CATGACGTGC TTGTGACAAT TAGTAAATTA ATCGCACCGT TTACACCGTT TGTCGCTGAA
GATATTCATT TGAATTTAAC TGGAAGTAGC GTTCATCTAG AGGATTATCC AGTTGTAAAT
GAATCATTAC TTCAGCCGAA ATTAGAAGCG GAAATGGATG CTGTTTTACA AGTTGTTGAA
CTTGGAAGAA GTAACCGTAA TCAACATTCT TTAAAAGTAA AACAGCCGTT AGCGGAACTT
GTACTACTTG AGCATAATGA AAATGATATG GACTGGGAAT CTTATCGTGA TATCGTCATG
GATGAGTTAA ATGTGAAGGC GTTCCATGTT GAACTAGATG AAACGAAATA TACATCCTAT
CAATTAAAAC TGAATTTTAA AAAGGCTGGG CCGAAGTTCG GTAAAAATGT GAATGCAGTA
AATGGCTGGT TAAAACAATT ATCACAAGAC GAGGTACAAA ACTTTGTCTC TACAGAAAGA
GCGGTTTACG AAGCAGCATC AGGAGAAGAA GTAGTTGTAA CGACTGAAGA TGTATTAGTA
GAGAAAGTTG CAAAATCAGG ATTCTCTAAT ACGACTAACG GACAATATAC AGTTATGTTA
GATACGAATG TAACGGAAGA ATTGTTACAA GAAGGAGTAG CACGTGAGTT TATTCGCGCC
GTTCAAGAAT ATCGTAAGCA GTTGAATTTA CCAGTAAATT TACGAGTGGA TGTTATTCTT
GATACAGAGG AAGAGCTACA GCAAACGTTA ACGAATCATA AAGAGTTGTT GGAAGAAAAC
TTACTCGTTA AACAATTTAC ATTTGGTCAC TTAACGAATG AAGACGATGA ACTTTCTTTA
GGTGAGACAA AAGTCCGCAT TAAATTAAGT GCTGCTCAGT AA
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| Protein sequence | MKKVDVKESA VGRETRIRKQ WNEQSIFEQS IQNREGAQSF VFYEGPPTAN GLPHVGHALG
RTIKDVVARY KTMAGYKVLR KAGWDTHGLP VELGVEKQLG ISGKHEIEEY GIEPFTKKCK
ESVFTYEKQW REFTESIGYW VDMDDPYVTL ENPYIESVWH ILGTIHEKGL LYKGHRVSPY
CPSCQTSLSS HEVAQGYKTV KDLSATVKFK VKDSENEYFL GWTTTPWTLP ANVALAVHPN
MEYVKAKQEG HVYIVAKERV QDVLKENYEV LSVHKGEELL NTSYTAPFPM KEVTNGYRVI
GADFVTADSG TGLVHIAPAY GEDDYRVVQS EGLSFLHVVD EKGEYTEVVP FLKGKFVKDC
DVDIVRYLAK EGLLYHKEKY EHSYPHCWRC DSPLLYYAGE SWLIRTTAIK DTFLQNNDTV
TWYPDHMKHG RFGKFLENMV DWNISRNRYW GTPLNVWECE SCDHQFAPKS IADLRKHSTK
ETPEDLELHK PYVDEVQVSC EKCGSAMNRT PEVIDVWFDS GSMPFAQYHY PFENKELFEE
QFPADVIAEG IDQTRGWFYS LLAVSALYTG KVPYKRVLSL GHVLDEEGQK MSKSKGNALD
PVDLVGKFGA DALRWALLVD SAPWNAKRFS ERTVLEAKSK FVDTLVNVYS FYVLYANLDE
YNPNETYDVK RTKLDEWVLS RLHSTTKKVR TALDDYQFTN AAREIAALVD EVSNWYVRRS
RNRFWESGMN AEKAAAYETL HDVLVTISKL IAPFTPFVAE DIHLNLTGSS VHLEDYPVVN
ESLLQPKLEA EMDAVLQVVE LGRSNRNQHS LKVKQPLAEL VLLEHNENDM DWESYRDIVM
DELNVKAFHV ELDETKYTSY QLKLNFKKAG PKFGKNVNAV NGWLKQLSQD EVQNFVSTER
AVYEAASGEE VVVTTEDVLV EKVAKSGFSN TTNGQYTVML DTNVTEELLQ EGVAREFIRA
VQEYRKQLNL PVNLRVDVIL DTEEELQQTL TNHKELLEEN LLVKQFTFGH LTNEDDELSL
GETKVRIKLS AAQ
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