| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B4418 |
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| Symbol | |
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| ID | 7186666 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | + |
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| Start bp | 843107 |
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| End bp | 846730 |
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| Gene Length | 3624 bp |
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| Protein Length | 1207 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643548648 |
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| Product | hypothetical protein |
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| Protein accession | YP_002444319 |
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| Protein GI | 218895908 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.535259 |
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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 | 53 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGATAT TGAATAAAAG AAAAAAAATA GGGCGTATTT GTTTAGCAAG TACGATTATT
TTTACACAAT TAAGTACATT AGATGCTTTA TCAAGTACAG CTTATGCAAT TGAAGATAAT
CAAGAAATAA AATTATTGTT ACAATCTGAA AAGAATAAAG CGCAGGTAGA TGAAGAAATA
GTATTAAGAA TAATGGAATT GAAAAAAACT GGTGACAAAG TTGAGATTGT AGTGCCAGAA
GGTATGGAAT TTGATGAAGA GGCGACTAAA CTATTGAATG AACGAAATGG CACGTCTGAA
AGAATTCGTT TAATAGAAAA TGCGGTAATT CAAATTGAGA AAAATTCACA AAGTAAAGCT
TTAGATGTAG TACGTTTGTC GGTGAAAGGA AAAAGGCCTG GAACTTATAA ATTCGAGACG
AAGCTAAAGC AAGGGAATCA AGAAGTTCAA TCGAAAATAA ATCCAATAGT ATATATTACT
GAAAATCCAA TGGTGAAAGG GACTTCTGAA GAGAAGAAGT CTGACATCAT TCATCAAAGT
GATAAAGAAG AAAAAAGCGA AAAAAATGTA GAAATCCATA ATGAAGAAGG CACTGGGCTA
AAAGAAGTAA GCTCTGAAGA AAGCAAAGAA AATGTCGTGA AACAGAAAGA AACAACTCAA
GCAGAAATAG AAAAAATAAT TGATTCAGAA AAAACACATG TTGAAGAAGT GAAAAATGAA
GAAAAAGCGT CTAATGAAAA AGCGACTATA GAAAAGGTAG AAGAGCGCTT AGAGAACCAG
GAAGTTAAAC ATGCTGTAGT AAATGGCACA GTAGATGTTT ATGATGATAA AACATTTAGA
GAAGCGTTGA ATGATAAGAG TGTTTCAAAG ATTAACATCA AAAACGACTT TACTGTAAAT
CACCCTGCAT ATGGTTTTCT CACTTTTCCA GTTAGATCAG ATTTGGTGAT TGAAGGAAAT
GGTCATACTG TTGACTTTGG AGGGCTATGT GGGGTTTTCA CAGCTACTGT GGCGAATAAA
ATGAATCTTA CTATACGAAA TATAAACATT CTTGGAAGTA ACTATTATGG ACCGTTTCGG
ATGGATGCAC CTCCGAATTC TAACTCTGCT TTTATAAAAT ATGAAAACTT GAGTTATATA
GGACCGCAGT TAACGTGTTC TTATAATGCG GATGTTATAT TTGCTGGTAA GCTGAATGTT
CAATCGGTTG AAAAATACAC GTCATTAGAC GGAAAATCTA TTCCAACTAT CGGTACAGAT
ACACAGCAAA ATGTTGAAGC GACAAATGTG AAATTTCTTG AAGGTACTCA TTATACTGGT
AGTACTAAAA AATCAGCAGT ATTTGGGCTA TTTAATGGTG GAACAGTAGA TGTAGGGAAA
GATGCCATTA TTGATGTTTC AGCATCTGAT ACTGGCGGAG AAAATCCGCA GGCAGTAATT
GTAACGCAAG GGCAGTTTAT AATCCATGAC GGTGCAAAAG TTAACGTGAA TACAACTTCA
ACTAGCAATC GAGGCGGAAT ACGTGTTGAA GGAACAAATT CGGGGATTAC TGTAAAAAAG
AATGCAGAGT TGAACATTAA TACAAAAGGT AATCTAGGTT ACAATGCGCT TTATCTAGGA
CCAAGTGCAA ATCTTAAAGT TGCTGATAGT GCGAAATTAA CTGTGAAATC AGAAAACACA
TCAACTTCTA CGCAAGCAAG TGTATATGCA GGGAATGGAA GCTCTTTTAT AATTGGTGAA
AAATCAACGT TCGATGTACA TTCCGATGGA ACTGGATCAA AAAACCTTAT TTATATTGGT
ACAAATGCAA AGTTCCAATT CGCAAATGCT GAAAGAGTAA ATTTGGCATT AGATAATTCT
CATGCATCAA GTAGGCTAAT TTATATGTAT GGTGTAAGTG GAGTATTAGA TGTAGATGTA
CAGCGTGTAA AAGCTTGGAA AAATGGTGTG TCAATCGATG ATGATGATAA ACCAAGTTAC
ATCTGGAATC CGATGTATGG AATGCAGGTT AAATATAATT ATAGTGACGT TAGAGAAGCA
GTAGGGAATT CATTAACTGA AAAAGTACAA AATGATTTCC GAGAAAACTT CCGAACGCAA
AACTTTAAAA GAGTACTATT TGAATATATT CCAAATGTAG CAGTTTCTAT TGATGAATTA
ACAGATAATC AGAATAAAGA AAACAGTCAT ATTATTACGG GTGTTACAAA TCCAGGTGCG
TTAGTGCGTT TATCAGGAGA CGATGCAATT CCAAGTCCAA CAATTGATTC TTCTGATATA
AATATTTCTG AAAAGTATCA CGTAGTTGCT GATAGTGAAG GGAAATATTC ATTTACTTTG
CCTAAAGGGA AATATTTAAC GGCTGGAAAT ACAGTAAAAG CTTTCTCGTA TTTAAATGGT
AAATTTGCTG AGTCAAAAAC AATTGTTAAG GATGAAACAG CTCCAGAAAA GCCTATTCTT
GAGGAACCAA TTAAAGATAT ATCCGAAAAG TTTCAAGGAA AAGCTGAACC AAATTCATTC
GTACATATTT ATAGTGAGGA TGTGCTAATT GGATCGGTGA AAGCAGATGC TAACGGAATA
TATACATTTG TAATACCAGA AGAGAAAAGA CCTTTAGTTC CTGGAACTAA ATATTATGCA
ACAGCTACAG ATGCAGCAGG AAACGTAAGT GAGAAATCTG ATCTCGTTAG CGTGAAAGAT
ACAATGCCAC CGACAGCTAG TCCGGTTACT CAAGTAATCA AAATTGGGGA TGATTTATCG
GATAATGCGA AAGATTATGT AACGAATGTA AATGATAATG CAGGTATTTC TGATAGTAAT
CTTTCTTACA AAGTTACGAA AAACCCAGAT GTATCGAAAA TAGGATATGT TGAAGCTGAA
GTTACAATAA CGGATGCGGC TGGAAACGCA ACGAAAGTGA TTGTTCCTGT ATTCATAAAA
GATGATCAGG TTACGATTGG AAATGAAGCT GCCATACAGG CGAGGGATTT TGTATCTGTT
GTAGATGATG TGCCGACAGA TGTGGAACAG TTAAAGCAGT TTATATTGAA AGAAGCAGAA
GTGAAGGCGT GGGAACTTCC AGGCGGAGCT GATGTTACGA AGGAAGTTCA AATTGTAGAT
ATAGGTGGTT TAACAAATCA AATTGGTGAT TACACTGTAA CTTTAAAAGT TAAAGATGTT
GAAAGAAAGA TTAAAGTAAG TGTAATTGGT GGGAATCTTG AGCTAATTGA TGTGCCACAA
AGTATTTCGT TTGGTAATGT AAAAGTTCAA TCAAGGGAGA AAGTCTTTAA CCGTAACGGT
ATGAAAGGAA AATTAATTGT TTCTGATAAA CGTAAAGATA AGACTGAGTG GCAAGTTTAT
GTAAAGCAAA CAAGCCCATT AATGAATACG GACAATGATA TATTACCTGA TTCGATTGTA
TATAGTACAA ATGGTATTGA TACCGTATTA AATGAACAGT CTTACTTAGT TACTACTCAT
ACTTCAACGA ATAATGAAGA TGTTTCGTTT GATTGGAAGG ATGACGAAGG GATTCGCTTA
CGGGTTACTT CAGGTCCAAA TATAAAAGTA AATAAGAGCT ATAAAGGTGA GCTTGAATGG
ACGTTAACGA ATGCTCCAAT TTAA
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| Protein sequence | MKILNKRKKI GRICLASTII FTQLSTLDAL SSTAYAIEDN QEIKLLLQSE KNKAQVDEEI
VLRIMELKKT GDKVEIVVPE GMEFDEEATK LLNERNGTSE RIRLIENAVI QIEKNSQSKA
LDVVRLSVKG KRPGTYKFET KLKQGNQEVQ SKINPIVYIT ENPMVKGTSE EKKSDIIHQS
DKEEKSEKNV EIHNEEGTGL KEVSSEESKE NVVKQKETTQ AEIEKIIDSE KTHVEEVKNE
EKASNEKATI EKVEERLENQ EVKHAVVNGT VDVYDDKTFR EALNDKSVSK INIKNDFTVN
HPAYGFLTFP VRSDLVIEGN GHTVDFGGLC GVFTATVANK MNLTIRNINI LGSNYYGPFR
MDAPPNSNSA FIKYENLSYI GPQLTCSYNA DVIFAGKLNV QSVEKYTSLD GKSIPTIGTD
TQQNVEATNV KFLEGTHYTG STKKSAVFGL FNGGTVDVGK DAIIDVSASD TGGENPQAVI
VTQGQFIIHD GAKVNVNTTS TSNRGGIRVE GTNSGITVKK NAELNINTKG NLGYNALYLG
PSANLKVADS AKLTVKSENT STSTQASVYA GNGSSFIIGE KSTFDVHSDG TGSKNLIYIG
TNAKFQFANA ERVNLALDNS HASSRLIYMY GVSGVLDVDV QRVKAWKNGV SIDDDDKPSY
IWNPMYGMQV KYNYSDVREA VGNSLTEKVQ NDFRENFRTQ NFKRVLFEYI PNVAVSIDEL
TDNQNKENSH IITGVTNPGA LVRLSGDDAI PSPTIDSSDI NISEKYHVVA DSEGKYSFTL
PKGKYLTAGN TVKAFSYLNG KFAESKTIVK DETAPEKPIL EEPIKDISEK FQGKAEPNSF
VHIYSEDVLI GSVKADANGI YTFVIPEEKR PLVPGTKYYA TATDAAGNVS EKSDLVSVKD
TMPPTASPVT QVIKIGDDLS DNAKDYVTNV NDNAGISDSN LSYKVTKNPD VSKIGYVEAE
VTITDAAGNA TKVIVPVFIK DDQVTIGNEA AIQARDFVSV VDDVPTDVEQ LKQFILKEAE
VKAWELPGGA DVTKEVQIVD IGGLTNQIGD YTVTLKVKDV ERKIKVSVIG GNLELIDVPQ
SISFGNVKVQ SREKVFNRNG MKGKLIVSDK RKDKTEWQVY VKQTSPLMNT DNDILPDSIV
YSTNGIDTVL NEQSYLVTTH TSTNNEDVSF DWKDDEGIRL RVTSGPNIKV NKSYKGELEW
TLTNAPI
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