| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A1630 |
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| Symbol | |
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| ID | 7096829 |
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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 B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | + |
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| Start bp | 1549181 |
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| End bp | 1552840 |
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| Gene Length | 3660 bp |
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| Protein Length | 1219 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643469171 |
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| Product | hypothetical protein |
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| Protein accession | YP_002366353 |
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| Protein GI | 218231058 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1160] Predicted GTPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00254693 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGACAAACA TAGTACAGAC AAACGGTATG AAAAAACTTG TTTGTTTTTA TGAAGAGTGG
CAAAAACACG GCGATGCAGA GAATAGTTTA AAGTTGTTTG AGGTAATTCA AAAATATAAA
CAAGAACAGC TTATGATAGC GTTCTGCGGT CACTTCTCTG CAGGGAAATC AACGATGATG
AATCATCTAT ATAAAGCGCA GTTGTTACCG ACAAGTCCAA TTCCGACAAG CGCTAACGTT
GTCAAAATTG AAAAAGGAAT GGATCGTGTT GTTGTAACGG TTAAATCTGG AGAGCAGTAC
GAATATGACG GTGCATATTC AGCAGAAGAA TTAAAACAAA TTTGTAAAGA CGGCGATGAA
GTAATTGGTG TTCATATTTA TCGAAACGAC GCGCCAATTC CTGAAGGGGT TATGTTAGTT
GATACACCAG GGATTGATTC AACAGATGAT GCCCATCAAT TAGCGACAGA GTCGACACTT
CATCTGGCAG ATGTCATTTT TTATATGATG GATTATAATC ACGTCCAATC GGAAGTGAAT
TTACAATTTG TTAAAGAATT GAAACAACGT AATAAAACGG TTTATCTCGT TGTAAATCAA
ATAGATAAAC ATAAAGAAAA TGAATTATCG TTTGAGAATT ATAAAGATAG TGTAAAACAA
TCATTCTCTA ACTGGGATAT TGAAGTAGAT GGTGTTTATT ATACGTCATT ACGAATGATG
AACCATCCAC ATAATGAAAT TAGAAGCTTA GAAGCGTTAA TTACTTCTAT TATGAAAGAA
AAAGAGCAGT ATGTAAGGAC TGGAATGGAG CGAGAAACAG AATATTTAAT GGGGGAACAT
TTCTCGTTTA TTTTTTCTGA AAATGAAAAA GCTCTTTTGA AATATGAGGA AGAGTTAGCA
TCACCACTTT CTATTTCAGA GGTAGTTGAA AAGAAGGAAG AGTTAACGGA AGCGAAAAAT
CGTGAGGCAA GTAAAGAATC TCATGTGAGA AACGAATTTA TAAAAGGTTT ACAAGCTATA
TTAGATAACG CTTATTTAAT GCCATTTGAA ATGAGAGAAT TGGCAAATGC ATATTTAGAA
ACGAAATTAA CAAAATTTAA GGTCGGTTTG CTATTTTCGA AAGGAAAGAC GGAGCAAGAA
AAACAAAGAC GTGTAGAGGT GTTTTATTCT GCCCTTCAAA AAATTGTTGA AACGCAGCTT
GATTTTCATG TGAAGGAATT TATTGTAGCC TTCTTAAAAG AAGAAGGATT GTTCACGGAG
GAAGTTGGGA AAGACATATA TGGGTTAGAA ATTGCTTTCG GACCAGAAAT GTTGGCCGAA
GTAATTAAAC AAGGTGCAGG TTTCACAGGT GATTACTTAC TTCTTTATAC AGCGGATGTA
GCGAATGAAC TGAAGAAACG TTATTTTATA AAAGCACAGC AAATTTTTGA TAAAAGTGCG
GTCGTTTTAA AGCAAAAGGT AAGGGAAGCA GTTGCTCGTA TTGAAGAAGA GATTGAAACA
TATACGATGT TGCAAACGGC GAAAGAAACA CAATTACAAT ACAGTAACAA TTTGGAGGCA
TATGAAGACC ATTTACGAAA TGTTTGGCAC GATCATGTTG CTACGCCTGA AGGGTTGCAA
ATAGATGAGA TATTGCAAAG GGAAAAGCAA ATTGTTAGTG AGAAATTTAC ACTACAAGAG
CAGGAAATCG TAAACAATAA CGTAGCGGTT CATGAAGAAG AGCTGAAAGG AACGGCGGCT
TTAAATATTC AGCGGATATT AGAGAAAGTG AAAAAAGCTG AAACGATATT AGAGCCATTG
CCTGCGCTGA AACATGTACA GCAAGAGGTA ATAGAGAAAA GAAGACGTGT GGAAACAAAA
CAATTTACAG TAGCGTTATT CGGGGCATTT AGTGCTGGAA AATCATCATT TGCCAATGCC
TTACTCGGTG AGAAAGTACT TCCTGTATCA CCAAACCCGA CGACGGCAAC GATTAATCAA
ATTTTGCCGG TTACAGAGAA AAAACCACAC GGAACAGTAA TTGTTCAGTT TAAATCAAAG
CAAGCGTTAT TAGAAGATAT GAAAGCTGTT TATAAGCTGT TTCATTATGA GATTGCTACG
TTAGATGAAG CGTTAGCACA AATTGATAAA ATTATGAAAT ATCCTTCACC AACTGGGAAG
CAAAAAACAA CATTTAGCTT TTTACGAGCG GTACAAAAAG GGTATGATGC AGTTTCTACT
TATTTAGGAG AACAAGTACA AGTTACATTA GAAGAGTTCT CTGATTATGT AGCGAATGAA
GAGAAATCAT GCTTCGTTGA GTATATGGAA CTTTATTATG ATTGTGCTTT AACAAGGCAG
GGAGTAGCGC TTGTAGACAC ACCTGGAGCG GATTCTATTA ATGCTCGCCA TACGGATGTT
GCATTCCAGT ATATTAAAAA CGCAGATGCT ATTTTATTTG TAACATATTA TAACCATGTA
TTCTCTCGTG CTGACCGTGA ATTTTTAATT CAGCTTGGTC GTGTAAAGGA TACTTTTGCC
CTTGATAAAA TGTTCTTCTT AATTAATGCG GCGGATTTAG CAGAGTCTGA AGAAGAACTT
GAAATGGTAA AAGGTTATAT CGCAGATCAG CTGCTGCAAT ACGGTATTAG AAATCCGCGT
TTATTTGCAA TTTCAAGTTT ATGTGCGCTT GAAGAGAAAC AAGGAAAGAA TGTTGAAAAA
GAGAAGTATG GTATTTTACA AAACTCTGGG ATTACGAAGT TTGAGGAATC ATTTACGTCC
TTTATGATGA GAGATTTAAT GCTTGTTTCT GTGCATGCTC TATATGGTGC TTTGCAAGGG
GCAGATCAGC TTTTAGTAAA CATGATAAAG GGTGCAAAAC AGGGGAATGA AGAGAAAGAG
AAGCAAACGA AAAAATATGA AGCAGAGCGT GATCAACTAC TTCATATCAT TTCATCATAT
AGTGTACTTG CTGAAGAACA GGCGATGCAA AATGAAGTGA AAGAGTTGCT TTATTACGTG
CAACAGCGTC TATTCCTACG CTATAACGAT GTGTTTACTG AATTTATTAA TCCGGCGTCA
CTTCGAACGG ATGGAAATGT GAAAACACAA TTGCAACAGT GTGTTATGGA TTTAGTAGCA
TTTATTCAGC ATGATTTATT GCAAGAAATG CGTGCGACAT CATTACGCCT TGAAAAATGG
ATAGACGAAG CGATGAAGCG TGCAAAGGAC GAAATTGTAG TGAACTGTAA AGTAGAAAAT
GAATCAATTT CTATGAATGG AACAGTGGAG TATGAATATA AAGATATTAC ACATAAAGAA
CCGTTCCCTT CAGTTGAAAT AAAAGATTTC AAAAAAGCAC TGGCACATTT TAAAAATGAG
AAAAGCTTTT TTGAAAAGAA TGACAAAGCT TTTATGCAAG AAGACGCTAA ATCTGTATTA
GAACCGTTCG TATCAAACTA TGTAGCTGAT GAAAAAGATT TATTTGTTCA TCATTATAAG
CAAGAGTGGG ATATGAAGTG GAACTTATTC CAAAAAGTGA TGCAGCAAGA TGTGATGAAC
TATTATGAAA GTATATTGTT TGCATTGGCT GAAACGATTG ATGTATCTCT ATATGAACAA
AGTAAAGAAC AATTGCAAAA GCAGTTAGTA GAGATTGAAA AAGAAATTTA TGTTATATAG
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| Protein sequence | MTNIVQTNGM KKLVCFYEEW QKHGDAENSL KLFEVIQKYK QEQLMIAFCG HFSAGKSTMM
NHLYKAQLLP TSPIPTSANV VKIEKGMDRV VVTVKSGEQY EYDGAYSAEE LKQICKDGDE
VIGVHIYRND APIPEGVMLV DTPGIDSTDD AHQLATESTL HLADVIFYMM DYNHVQSEVN
LQFVKELKQR NKTVYLVVNQ IDKHKENELS FENYKDSVKQ SFSNWDIEVD GVYYTSLRMM
NHPHNEIRSL EALITSIMKE KEQYVRTGME RETEYLMGEH FSFIFSENEK ALLKYEEELA
SPLSISEVVE KKEELTEAKN REASKESHVR NEFIKGLQAI LDNAYLMPFE MRELANAYLE
TKLTKFKVGL LFSKGKTEQE KQRRVEVFYS ALQKIVETQL DFHVKEFIVA FLKEEGLFTE
EVGKDIYGLE IAFGPEMLAE VIKQGAGFTG DYLLLYTADV ANELKKRYFI KAQQIFDKSA
VVLKQKVREA VARIEEEIET YTMLQTAKET QLQYSNNLEA YEDHLRNVWH DHVATPEGLQ
IDEILQREKQ IVSEKFTLQE QEIVNNNVAV HEEELKGTAA LNIQRILEKV KKAETILEPL
PALKHVQQEV IEKRRRVETK QFTVALFGAF SAGKSSFANA LLGEKVLPVS PNPTTATINQ
ILPVTEKKPH GTVIVQFKSK QALLEDMKAV YKLFHYEIAT LDEALAQIDK IMKYPSPTGK
QKTTFSFLRA VQKGYDAVST YLGEQVQVTL EEFSDYVANE EKSCFVEYME LYYDCALTRQ
GVALVDTPGA DSINARHTDV AFQYIKNADA ILFVTYYNHV FSRADREFLI QLGRVKDTFA
LDKMFFLINA ADLAESEEEL EMVKGYIADQ LLQYGIRNPR LFAISSLCAL EEKQGKNVEK
EKYGILQNSG ITKFEESFTS FMMRDLMLVS VHALYGALQG ADQLLVNMIK GAKQGNEEKE
KQTKKYEAER DQLLHIISSY SVLAEEQAMQ NEVKELLYYV QQRLFLRYND VFTEFINPAS
LRTDGNVKTQ LQQCVMDLVA FIQHDLLQEM RATSLRLEKW IDEAMKRAKD EIVVNCKVEN
ESISMNGTVE YEYKDITHKE PFPSVEIKDF KKALAHFKNE KSFFEKNDKA FMQEDAKSVL
EPFVSNYVAD EKDLFVHHYK QEWDMKWNLF QKVMQQDVMN YYESILFALA ETIDVSLYEQ
SKEQLQKQLV EIEKEIYVI
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