| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_2241 |
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| Symbol | ileS |
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| ID | 2749305 |
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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 cereus ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | + |
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| Start bp | 2144266 |
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| End bp | 2147367 |
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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 | 637279057 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | NP_978553 |
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| Protein GI | 42781306 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.814784 |
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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 TCGTAAGCAG
TGGAACGAGC AAAGTATTTT CGAGCAATCA ATTCAGAATC GAGAAGGCGC ACAATCGTTT
GTTTTTTATG AAGGACCACC AACGGCGAAT GGATTACCGC ATGTAGGTCA TGCGCTTGGA
CGAACAATAA AAGATGTAGT AGCAAGATAT AAAACGATGG CTGGTTATAA AGTGTTAAGA
AAAGCGGGAT GGGATACACA CGGCTTACCT GTAGAATTAG GTGTTGAGAA ACAACTTGGT
ATTTCTGGTA AACATGAAAT CGAAGAGTAT GGAATTGAAC CATTTATTAA AAAGTGTAAA
GAGAGTGTAT TCACATATGA GAAGCAGTGG CGTGAATTCA CTGAAAGCAT CGGTTACTGG
GTAGATATGG ATGATCCATA CGTTACGTTA GAGAATCCAT ATATCGAAAG TGTATGGCAT
ATTTTAGGGA CGATTCATGA AAAAGGATTA TTGTATAAAG GGCATAGAGT TTCACCATAT
TGCCCAAGCT GTCAAACTTC ACTAAGTTCA CATGAGGTTG CCCAAGGGTA TAAAACAGTA
AAAGATTTAA GTGCAACAGT TAAATTTAAA GTGAAAGATA GTGAAAATGA ATATTTCCTA
GGTTGGACGA CAACACCTTG GACACTTCCA GCCAATGTTG CACTCGCTGT ACATCCAAAT
ATGGAATACG TGAAAGCGAA ACAAGAAGGG TATGTATACA TTGTTGCGAA AGAACGTGTA
CAAGATGTAT TAAAAGAAGA CTATGAAGTA TTATCTGTTC ATAAAGGAGA AGAATTAGTA
AATACTTCTT ACACAGCACC GTTTCCAATG AAGGAAGTTA CAAATGGTTA CCACGTTATC
GCAGCCGATT TTGTCACGGC AGATAGTGGT ACAGGACTCG TTCATATCGC ACCGGCATAC
GGGGAAGACG ATTATAGAGT CGTTCAAAGT GAAGGATTGT CATTCTTGCA TGTTGTAGAT
GAGAAAGGTG AGTATACAGA GGCAGTACCA TTTTTGAAAG GTAAATTTGT TAAAGATAGT
GACGTAGATA TCGTTCGTTA TTTAGCGAAG GAAGGCTTAC TATACCATAA AGAAAAGTAT
GAACATAGCT ACCCGCATTG CTGGCGCTGT GATTCACCAC TTCTTTATTA TGCAGGAGAG
AGTTGGTTAA TCCGAACAAC TGCAATTAAG GATACATTTT TACAAAATAA CGATACTGTT
ACTTGGTATC CAGACCATAT GAAACATGGA CGCTTTGGTA AGTTTTTAGA AAATATGGTG
GACTGGAATA TTAGCCGAAA TAGATATTGG GGAACACCAT TAAACGTATG GGAATGTGAA
AGTTGCGATC ATCAATTCGC ACCGAAAAGC ATTGCTGATT TAAGAAAGCA TAGTACGAAA
GAAACACCTG AAGATTTAGA ATTGCATAAG CCGTATGTAG ATGAAGTACA AGTTAGCTGC
GAAAAATGCG GAGGTGCGAT GAATCGTACA CCAGAAGTAA TTGATGTTTG GTTTGATAGT
GGTTCGATGC CATTTGCGCA ATATCATTAT CCGTTTGAAA ATAAAGAGTT ATTTGAAGAT
CAGTTTCCAG CAGATGTAAT TGCAGAAGGC ATTGATCAAA CACGCGGCTG GTTTTATAGT
TTATTAGCAG TATCGGCACT ATATACAGGA AAAGTGCCTT ATAAACGAGT GTTATCACTA
GGGCATGTAT TAGATGAAGA AGGACAGAAA ATGTCTAAAA GTAAAGGGAA TGCACTAGAT
CCAGTTGATT TAGTAAATCA GTTTGGTGCA GATGCTTTAA GATGGGCACT TCTCGTTGAC
AGTGCTCCGT GGAATGCGAA GCGTTTTTCT GAAAGAACAG TATTGGAAGC GAAATCTAAG
TTTGTAGATA CATTAGTCAA TGTGTATAGC TTCTACGTTT TATATGCAAA TTTAGATGAG
TATAATCCAG ATGAAACATA TGACGTAAAG CGAACGAAAT TGGATGAATG GGTATTATCA
AGATTGCATA GTACAACGAA AAAAGTGAGA ACTGCACTTG ATGATTATCA ATTTACGAAT
GCAGCTCGTG AAATCGCGAC GCTTGTAGAT GAAGTAAGTA ATTGGTACGT AAGGCGATCG
CGTAATCGTT TCTGGGAGTC TGGTATGAAT GCTGAAAAAG CAGCTGCGTA TGAGACACTT
CATGAAGTAC TTGTGACAAT TAGTAAATTA ATTGCACCAT TTACACCGTT TGTCGCTGAA
GATATTCATT TGAATTTAAC TGGAAGTAGC GTTCATTTAG AGGATTATCC AGTTGTAAAT
GAATCACTAC TTCAGCCGAA ATTAGAAGCG GAAATGGATG CAGTTTTACA AGTTGTTGAA
CTTGGAAGAA GTAATCGTAA TCAGCATTCT TTAAAAGTAA AACAGCCGTT AGCGGAACTT
GTATTACTTG AGCATAATGA AAATGATATG GATTGGGAAT CTTATCGTGA TATCGTCATG
GATGAGTTAA ATGTGAAGGC GTTCCATGTT GAACTTGATG AAACGAAATA CACGTCCTAT
CAATTAAAGC TGAATTTTAA AACGGCTGGG CCGAAGTTCG GTAAAAATGT GAATGCAGTA
AATGACTGGC TAAAACAATT ATCACAAGAC GAGGTACAAA ACTTTGTCAC TACAGAAAGA
GCAGTTTACG AAGCAGCATC AGGAGAAGAA GTAGTTGTAA CGACTGAAGA TGTATTAGTA
GAGAAAGTTG CAAAATCTGG ATTCTCTAAT ACAACTAACG GACAATATAC AGTAATGTTA
GATACGAATG TGACGGAAGA ATTGCTACAA GAAGGGGTAG CACGTGAATT CATTCGCGCC
GTTCAAGAAT ATCGTAAACA GTTGAATTTA CCTGTTAATT TACGAGTAGA TGTAATTCTT
GATACAGAGG AAGAACTGCA GCAAACATTA ACGAATCATA AACAGTTGTT GGAAGAAAAC
TTACTCGTTA AACAATTTAC ATTTGGTCAC TTAACGAATG AAGATGATGA ACTATCTTTA
GGTGAGACGA AAGTTCGTAT TAAATTAAGC GCGACTAAGT AA
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| Protein sequence | MKKVDVKESA VGRETRIRKQ WNEQSIFEQS IQNREGAQSF VFYEGPPTAN GLPHVGHALG
RTIKDVVARY KTMAGYKVLR KAGWDTHGLP VELGVEKQLG ISGKHEIEEY GIEPFIKKCK
ESVFTYEKQW REFTESIGYW VDMDDPYVTL ENPYIESVWH ILGTIHEKGL LYKGHRVSPY
CPSCQTSLSS HEVAQGYKTV KDLSATVKFK VKDSENEYFL GWTTTPWTLP ANVALAVHPN
MEYVKAKQEG YVYIVAKERV QDVLKEDYEV LSVHKGEELV NTSYTAPFPM KEVTNGYHVI
AADFVTADSG TGLVHIAPAY GEDDYRVVQS EGLSFLHVVD EKGEYTEAVP FLKGKFVKDS
DVDIVRYLAK EGLLYHKEKY EHSYPHCWRC DSPLLYYAGE SWLIRTTAIK DTFLQNNDTV
TWYPDHMKHG RFGKFLENMV DWNISRNRYW GTPLNVWECE SCDHQFAPKS IADLRKHSTK
ETPEDLELHK PYVDEVQVSC EKCGGAMNRT PEVIDVWFDS GSMPFAQYHY PFENKELFED
QFPADVIAEG IDQTRGWFYS LLAVSALYTG KVPYKRVLSL GHVLDEEGQK MSKSKGNALD
PVDLVNQFGA DALRWALLVD SAPWNAKRFS ERTVLEAKSK FVDTLVNVYS FYVLYANLDE
YNPDETYDVK RTKLDEWVLS RLHSTTKKVR TALDDYQFTN AAREIATLVD EVSNWYVRRS
RNRFWESGMN AEKAAAYETL HEVLVTISKL IAPFTPFVAE DIHLNLTGSS VHLEDYPVVN
ESLLQPKLEA EMDAVLQVVE LGRSNRNQHS LKVKQPLAEL VLLEHNENDM DWESYRDIVM
DELNVKAFHV ELDETKYTSY QLKLNFKTAG PKFGKNVNAV NDWLKQLSQD EVQNFVTTER
AVYEAASGEE VVVTTEDVLV EKVAKSGFSN TTNGQYTVML DTNVTEELLQ EGVAREFIRA
VQEYRKQLNL PVNLRVDVIL DTEEELQQTL TNHKQLLEEN LLVKQFTFGH LTNEDDELSL
GETKVRIKLS ATK
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