| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_3594 |
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| Symbol | |
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| ID | 2751763 |
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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 | 3346307 |
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| End bp | 3349678 |
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| Gene Length | 3372 bp |
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| Protein Length | 1123 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637280395 |
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| Product | hypothetical protein |
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| Protein accession | NP_979891 |
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| Protein GI | 42782644 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | GTGGTTCACG TGACGTTACA AGTTCCAACG ATATTAATTG GTTTAGGTGG AATCGGTAGT
ACTGTGACAC ATCAAATATA TGAAAGACTG CCTGAGGAGC GTCGAAAAAA GGTAGCAATG
CACGTATTTG ATACAGATGT GAATACATTG AGTAAATTTG ATCATATTCG AAAGTTTAAG
ACGCAAACGA GTTCGAGCAA AACGCCTAGG GAGTATATTG CAGGAGATCC AACGATTCCA
GAATGGTTTC CGATGGACCC GACTATACTT GATAAACCAC TGACAGAAGG GGCAGGACAG
TTACGCGTTA TTTCCCGTTT AGCGTTACGT GCTGCGATGA AAGAAGATAA ACTCACGTCC
TTTTGGCAAG AAATTGAGAA GATTTTTCCA GTTACGAGCG ATCAAACAGA ATATGGAGTG
CGTGTCATTA TCGTAACATC ACTAGCGGGC GGAACAGGTT CAGGAATGTT TCTACAAATT
GCATTATATT TACGTGAAAT GCTTCGGAAA AAACTGCAGC ATCACAACAT TTTAATACGC
GGTGCATTTC TAATGCCGGA TGTGTTAGTG AAGACGAGAA CGGTTAGTGC GAAAGAGTTT
GAAACGGTGC AAGCAAATGG CTATGCCTCG TTAAAAGAAT TACATGCCAT TACGCTCGGT
TCTACTGGAG AGTTATCAAA ACGCGGCGGG GTTACGATTG AATTAGAGTA TCGACCGGAT
CAAGTAGATG AAGACGGAAG AACGAATCAT ACAATTAAAC AACATCATTT ACCGTACAAT
TATTGTTTCT TATATGATTA CGAAAATTTA CATGGACACC ATCTGCACAA TTTATCAGAT
TATATGGAGC AAATGGCAAA TACGATTTAT TTACAGTTAT TTAGTCCGAT GTCCGCAAAT
CATTTTGCAC AGGAAGATAA TCAAATTCAG CAATTAGCAG AATCAAGTGG GAAAGGGCGA
TATTGCGGAG CAGGAACGGC AAAGATTATT TATCCATATG AGCATGTGTT AAAATATTGT
GCTTTAAAAT GGGCCGTGCA AGGTTTAGAT GAATCGTGGC TTCATTTAGA TCAATTGTTT
CAAGAGAAGA AGCATAGATA TGACCAAGAT GTAAAACGTG GTATGCAGCG TGAAAAGCCA
GAGCGCGGGA AAAGTTATTT AGAAGATTTA GAACATCTTG CTACTCGTCC AGAGCAGGCT
CATATTTTCT ATAGACAAAT GTACAATGAA ACGCGTGAAG GAGCAGAAGG CGGTAAGGTT
GGTGTTGCGA AATCTAAACT GTTTTTAGAA GCTGTAGAAA GCTATGTACA GCGTACGGTA
CAAAAAGACG AGGAATTAAA TCGTCTGCAG CATGAGTGTA AAATTTCGGC TGCGAAACTG
AAAATGATGG AACAAATGAA AGGTGAAGTA GCAAGGGTCG ATCATGCGGT TCGTTTATAT
GCGTATGCGA TTCCGAGCCG TGTACATGAA CATGTAACGA CACTTTTATA TGACATGATT
GAATCAGACC GTTTTTCACC GAGTGGTTCT GAAGGCCAGT CATATCAATT AAATACATGG
TTTTTAAAGA AAACAGATCC AGTTCATCCA GTAGCAGCTC GTTTTATGTT GTATGAAATT
CGAAAGCAGT TAGTGGAAAA AATGAATCGA CTACATGAAA ATAATGAACA AAAGCGTAAT
TTAATTCAAA ACTACGATAA GAAATTTAAT GTGAGTAACA TTGATGGAAC GGTAACAGCT
GTACGCCGAG TAGAAATTGC GCAACAACAA GGTTGGTTCG GAAAAATGAT TAATAACCAG
CAGCGTTTAT TTAAAAAGGA ATTTGAAGAT ATTGTAACGC AGTACGTACA CAAATTAAAC
GAATACCGTA AAGAAATGCT ATTAGAACTC GTTTATCAAT CGCTATATCA AGCAGTTAAT
AAAATGATTC AATATTGGGA AAGGTTTTTT GATAATTTAC ATGAAACACG TGAAAATTTA
TTGTTCGAAA TTCAAAAACG AAGCAAAGAA TTTGAAGGGA AAACAAACCC AACGAATGTA
TACGTATTAG CGGAAGAGAA GTTACAAGAA AAGATATGGC AAGATATGCA ACAACATTTA
AATTTAGGTG TATTACCGAA AGATATATCA GCAGAAATTT ATATGAGCTT ATACGGGGAA
TATTGCCGGG ATGCGAAAAC AGAAGAGATT CAATCGAAAA AGGTAGAAGA CTTTTATCGT
GAGCACATAC TAAGTTATTG CTATGATGAA TTACAAATAC GCTATCGCGA TAAATTAGAG
CTGAATATCG TTGAGGCATT ACGAAAAGAA GCGGATTATA AGAATCGTGA TCGTGATGAA
TATGTTCGTG AAAAAATTGA AGACTTGTTC CATTTAGCAA GTCCATTCGT GCCGAAAGTT
TCTCATCATA GGGAATTACA ATATTGGGGC ATACATCCAT CTTTAAAGAA AGAACTGCAA
GAGGAGTTAA TGCAAGAAAT GTTTAAAGAA AAAGATACAG TAAATGAAGC TTTCTCGCCA
TTTGAAGTCA TTTGTTATCG TGCACATTAC GGTTTATCAC TACAAGACTT TCCTAAGCTT
TCGTCTGGAC ATATTGCAAA TGGATTTATG AATGATAAAG GTGATTATTT TCAGTCGTAC
TATCGCCGTG TAAACAAGTT GAATAGTAAA AAATCTAGTT TAACACCGCA TTTAGATAAG
TATTGGCACT TACCAGCATT CATGCCAGAC TTAAATGCAA CGCAAACGAA GTTAGATTAT
GATAAATGTA ATCGAGCTCT TCTATACGCG TATATGTATC GCTGGATAAG TTTAGTTGCT
GTTGATGGTC AGTTCGTGTA TCAATATAAC GGTGTTGGAC GTAGCTTCTT AATTCAGTCG
ATGGGTAAAA ATATTTCAAG TGAAAGTTAT AAATTACACA GAGCATTGCT TCATAACCCA
TTTATTTATG AAAACATTTT GTCCAGATTT GAAGAAGAAC AAGAAAAGGC GATGATACAA
GGTGGACATT TATATACGCA TCCATTTGTA TTAGGTGCTC AAGATATTAG ATGGCTACGT
AAAGAGCATG TCCATAATAT TTTAGATATG ATTTTAATGT ATGACCGTGA AGCGAAATAT
GATCCAACGT TAGAAGAAAC TTCTGATGAA TTATTAAGGC TGTTCCTTGA TGAAATTGAG
TTATATTTCC AAAACTATTA CGGTACAGGT GCTGATATGG TTGCCAAGAA AGAGAAAGAG
ATGTTTATTA AACAATTGTG GGATCGTTCG TACGCGAAAG GATATGTAGA TCCAAATAGT
GCTCCTTATA AAAAGTGGCA AAATTTATTA AGCGTTCATG ATGAAGAAGA AACGCCAAAA
ACGAATGTAT AA
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| Protein sequence | MVHVTLQVPT ILIGLGGIGS TVTHQIYERL PEERRKKVAM HVFDTDVNTL SKFDHIRKFK
TQTSSSKTPR EYIAGDPTIP EWFPMDPTIL DKPLTEGAGQ LRVISRLALR AAMKEDKLTS
FWQEIEKIFP VTSDQTEYGV RVIIVTSLAG GTGSGMFLQI ALYLREMLRK KLQHHNILIR
GAFLMPDVLV KTRTVSAKEF ETVQANGYAS LKELHAITLG STGELSKRGG VTIELEYRPD
QVDEDGRTNH TIKQHHLPYN YCFLYDYENL HGHHLHNLSD YMEQMANTIY LQLFSPMSAN
HFAQEDNQIQ QLAESSGKGR YCGAGTAKII YPYEHVLKYC ALKWAVQGLD ESWLHLDQLF
QEKKHRYDQD VKRGMQREKP ERGKSYLEDL EHLATRPEQA HIFYRQMYNE TREGAEGGKV
GVAKSKLFLE AVESYVQRTV QKDEELNRLQ HECKISAAKL KMMEQMKGEV ARVDHAVRLY
AYAIPSRVHE HVTTLLYDMI ESDRFSPSGS EGQSYQLNTW FLKKTDPVHP VAARFMLYEI
RKQLVEKMNR LHENNEQKRN LIQNYDKKFN VSNIDGTVTA VRRVEIAQQQ GWFGKMINNQ
QRLFKKEFED IVTQYVHKLN EYRKEMLLEL VYQSLYQAVN KMIQYWERFF DNLHETRENL
LFEIQKRSKE FEGKTNPTNV YVLAEEKLQE KIWQDMQQHL NLGVLPKDIS AEIYMSLYGE
YCRDAKTEEI QSKKVEDFYR EHILSYCYDE LQIRYRDKLE LNIVEALRKE ADYKNRDRDE
YVREKIEDLF HLASPFVPKV SHHRELQYWG IHPSLKKELQ EELMQEMFKE KDTVNEAFSP
FEVICYRAHY GLSLQDFPKL SSGHIANGFM NDKGDYFQSY YRRVNKLNSK KSSLTPHLDK
YWHLPAFMPD LNATQTKLDY DKCNRALLYA YMYRWISLVA VDGQFVYQYN GVGRSFLIQS
MGKNISSESY KLHRALLHNP FIYENILSRF EEEQEKAMIQ GGHLYTHPFV LGAQDIRWLR
KEHVHNILDM ILMYDREAKY DPTLEETSDE LLRLFLDEIE LYFQNYYGTG ADMVAKKEKE
MFIKQLWDRS YAKGYVDPNS APYKKWQNLL SVHDEEETPK TNV
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