| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | pE33L466_0325 |
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| Symbol | |
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| ID | 3399814 |
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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 E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007103 |
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| Strand | + |
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| Start bp | 322493 |
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| End bp | 326728 |
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| Gene Length | 4236 bp |
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| Protein Length | 1411 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 637660144 |
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| Product | hypothetical protein |
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| Protein accession | YP_245808 |
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| Protein GI | 67078188 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.751077 |
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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 | TTGGTTAAGT TTACCTTTCT TTTAAAACCT ATAATGAATA AAATAATAGG CTTAATAAGT
GCTGATTTTT TGGAAAAATT AAAAATGAGG TGCAAATTAA ATAAAATAAA ATCATTTCAA
AAGCAATATG AAGATACATT TGTTGATTCA AAAACATTTC AAGATTTTTT AAATCGTGAA
GAAAATGCAC TTTTAATATT TGATTACGTA TTTGGCTCTA AATTTAAATC TAGCAGTAGA
GATGATTTTG TAGAGCAATT ATCTAGAAGT GCAATGAATG AGATTAATAA ATTTAGAAAT
TCTGTAGATT TAAAAGAAAT AGAAGATCAT CCAGTCGTAA AACAATATCT TAGAGAATTG
ATCATATATC TTCAGGAATA TAGAGATAAA AGTTTTAAGC AAAATGAAAT GAGTATGTTG
GCTAATATTC AAAATAGCAT AGTAGCAGGT AATGAAAATT TGAGTGAATA CTTTGAAAAG
AATTTAGTTG AGATTCAACA AAGGGCTTAC ATAAAAAAAT ATACAGATGA ACATTTAGAA
GAACTACTTA ATCAAAACAT ACTAGATTTA GGTAAAAGGT ATAATTCAGA AGCAAATGTA
GGAACGGATT TTAATGTTGT ATTTGATTCT TTGATAGGTG ATAAGAAGAT TTTTGAAAAT
CTCGATGTCT TAATACATAA GTTTAGAGAT AGTATTAATA AATTCAGCAT TGCATTAGAT
GTTTATAAGG AAGAAGTTGA ACTTAAAGAT ATTTCTTTCG TTGTAAAGAT TTTAGATTTC
TTAAAGGATA TAAACTGTAA TGATAGTGAA TTTTATTTAG AGAGTAATTT GAATACTTTT
ATAGAAGAGA TTAATAATTT TATGGGAGAA GTTGAAGGTT TCAGATATTG GCTTTATGAA
AAAGGGCAAC AAAATATCAG AAATGAAAGC ATTACACTAA TTCATCAAAT ATCTCAACAT
GAAAGGGTGA TTACTGATTA TATTAACTTG ATTCACCCAA ATTTAATCAG CAATCCATAT
TTATTAATAT ATGGAGAAGC TGGGATTGGA AAATCACATT TACTAGCTGA CAATGCTAAA
AGGTTGCAAG AAGCAGGACA TAGTGTCTTT TTGTTTTTGG GTCAATATTT AAATAAACGT
GACCAGCCTT TTAAACAATT GTTCGATCTA ATTGATTATA AAGGTGATAA AGAGTACTTT
TGTAAGGAAT TTAATGAAAG AGCACAAAGT AAAAATAAGA AAACTGTAAT TATAATAGAT
GCTTTAAATG AGGGAGAAGG TAAATATTTT TGGAAAAATT ACTTGCTGAG TTTTTTAAAT
TTTATTAAGA AATTTAAAAA TATTGCAGTT GTTCTATCAG TTAGGAGCAA CTATGTAAGA
AGCGTATTAC CTGAAAATAT TGAATATGAA TTTCCGTTGC ATGAATTAGA GCACAAAGGG
TTTAATGATT TAAGTTTGGA GGCATTAGAG CCATTTTTCA ACTTCTATAA AATAAATCCA
GTCATGTTTC CTTCCTTAGA AAATGAATGT TATAATCCAT TATTTTTACA AATTTATTGT
GAAGTTTTTC AGGATAATTA TAAAGGTTTT AGAGGTTGGA GTATTGTTGA GGTATTAGAA
AAATATATCG AAAAGATTAA TGCTAAGATG TCACTTGATG AAAGATTTCG ATATTTAAGT
TCATTAAATT TAGTGAGTGA GATTTTAAAA GGAATTGCTG TGAAATTCAT TGAAAATGAA
AAACGGGATA TTACTTTAAA TGAACTGTAT GAAGTATTAG AAAAGGTGGC TAGTAAATAT
ACAACTGAAT ATCGATTATT AATATTAGGT TTAGAAGAAG AAAATATTTT AACAATCAAC
AAAGGGCATA ATGAAGGGTT AGTCTACTTT ACTTATGAAA GATTTGCAGA TATATATATG
TCCATAATTT TATTAGAAAG GCATCAGCAA GATAAAAATT TATTTAAGAA TATATTGTTA
AGTAATTCCC AGTTTTATTA TGGAATATAT GAGAGTCTAT CCATTGTTAT CCCGGAAAAA
CAAGAAGTAG AATGGCTAGA TTTAATTGAA AGTAAGTTTA TAACATTTGA CATAGCAGAG
GAGTTTGTAC GAGGGATTTC TTGGAGAAAT GTTCAGAATA TAAATGAAAG AACTTTTTAT
TGGATTAATA AATGTTTAAG CCAAAATAAT ATGCAGTTAC AAAGTCTAGT ATACGGAAGA
TTGCTAAAAC AGTCTTATGT TATAGAATCT CCACTAAATG CAGATTTCTT ACACGATAAT
CTTAACAATA TGTCTATGTC TATAAGAGAT GGAAGTTGGA CAATATTTAT AAATGATAAT
TCTGAAGTAC CTATGCGACT TGCAGAAATC ATACTTAAAC AAAATTTAAG TTTTGAACAT
TTTAATAAGC AAAATTTTGA ATTACTATCA ACAACTTATA TTTGGTTACT TACGAGCTCA
AATATAAAAT TACGGGATGC TGCTACTACC GCTTTAGTGA AGCTATATAT GAATCAGCCT
TCAATTATTA TAAAAGATAT TATACGATTC ATTAGCGTAA ATGATCCATA TGTTCTTGAA
AGACTATTTG CAAGTGTATA TGGTGCAATT TTAAGGACAA ATGATTTGTC TCAATTAGGG
GAAATAGTTG ATTGTATCTA CAACAATATA TTTGAAAAAA ATGAGGTTTA TCCAAATATT
TTAGTTAGAG ATTATGCCAG AAGTATTATT TTATTTGCTA TTAACAAAGA AATTATTAGT
TTTAAAGGGT ATGAAAAAAT TAATCCTCCT TATTCAAGTG TATGGTATGA AAAAATATAT
TCATTACAAG AGATAGATAA TAAAGTTAAA GAAATGGAAC AAAAATCAGA AGAAGTGTAT
GGTGGCTTTC GTTCAATAGT CAGATCTATG ACTACTGAAT ACGGTAGAGG GACTGGAGCT
TATGGAGATT TTGGAAGATA TGTTTTTGGG AGTGCGGTGT CTGATTGGAG AAATCAATTT
GAGGATCAAG ATTTGAGTAA TATTGCTACG ATGAGAATTG TTGAGTACGG ATATAATGAA
GAAGTACATG GTTATTATGA TAGAAACTTA AATCATCATA GTAGACATCA AAATTCAGTG
GAAAGAATCG GAAAAAAACT TCAATGGATT TCATTGTATG AGTTACTAGC TAAATTGACA
GATAATTATC CTGTATATAA AGAAGTAAAG AGGTATACAC CTGAATATGA ACAATACCAA
AAGTTACAAA ATAAAAAAAT GCATAGATAT ATGAGAAACC TTTTTGATTT TGAGTCAGAA
GAAGACATAG TGGTCATAGA ACAAGAATCG GAAATACCTC TAAAGGAAGA AGAACACATT
GTCCGAATCG AAAAAGAATA TTATAAGAAA TACGATGGAC CATGGGATCC ATTTTTAAGA
AATATTGATC CTAGTTTATT AAATTATCCA ACAGAAAAAT CTACACATAA TTTGATTAAA
TCTTATTTAC CCCATAGGCC AAATAAATAT TGGGCTCAAA GTAAAAAGGA GTTTGAAAAT
CTTGAAGACT ATTTATTTAT TGAGTATGAA GGAGAGAAAT ATATATCTTT AGCGCAATTA
CTTATTCAAA AAAGGGATAA TGGTAAGAAT TATTTAGATG TAGATGAATT TTGTGTAAAG
ACAAAAGCAA TATTTTTGCC GCTCAAAGAT AAAGAAAATT ATATAGGCTT AAAGTCTGTA
AAGAAGGGCG ATTTAAGTGT TTCTTGGGGG AATATATATA CTGTATTTGC GTTTGAATAT
TGTTGGCATC CAGCTTTTTT AGAAAATTGC TATGAACAAG AATTTGAAAA TATAAAATAT
GAAGAGTCAG TATTTGAATA TTTATGGGAA ACAGATGTAG ATTCTATTTC AGGAGAATTA
AATTCATGTA GTTATCTTTT ACCAAGTGCC AATTTAGTAA AGTTTTTTGA GTTAAATCAA
ACTTCTGAGG GTGTTTGGAA AGATGAACAT AATAATTTGG TTGCTTTTGA TACACAGTAT
CTTGGATATG AAAGAAACTT GTTATTTAGG GCTGATTATT TAGAAGAATA TTTAGAAAGC
AATCATCTAA CAATTGTATG GGATTTTTAT ATGGAAAAAA AATCTGAACG GAGTCGAAAA
GAAGAATGGT TCATCTGTTG GATTAATAAT AATAAAGATA TAGAACATCA AATTTTAGAA
GAACATCAGG AGACAGATAG GAAAGAATTA TTTTAG
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| Protein sequence | MVKFTFLLKP IMNKIIGLIS ADFLEKLKMR CKLNKIKSFQ KQYEDTFVDS KTFQDFLNRE
ENALLIFDYV FGSKFKSSSR DDFVEQLSRS AMNEINKFRN SVDLKEIEDH PVVKQYLREL
IIYLQEYRDK SFKQNEMSML ANIQNSIVAG NENLSEYFEK NLVEIQQRAY IKKYTDEHLE
ELLNQNILDL GKRYNSEANV GTDFNVVFDS LIGDKKIFEN LDVLIHKFRD SINKFSIALD
VYKEEVELKD ISFVVKILDF LKDINCNDSE FYLESNLNTF IEEINNFMGE VEGFRYWLYE
KGQQNIRNES ITLIHQISQH ERVITDYINL IHPNLISNPY LLIYGEAGIG KSHLLADNAK
RLQEAGHSVF LFLGQYLNKR DQPFKQLFDL IDYKGDKEYF CKEFNERAQS KNKKTVIIID
ALNEGEGKYF WKNYLLSFLN FIKKFKNIAV VLSVRSNYVR SVLPENIEYE FPLHELEHKG
FNDLSLEALE PFFNFYKINP VMFPSLENEC YNPLFLQIYC EVFQDNYKGF RGWSIVEVLE
KYIEKINAKM SLDERFRYLS SLNLVSEILK GIAVKFIENE KRDITLNELY EVLEKVASKY
TTEYRLLILG LEEENILTIN KGHNEGLVYF TYERFADIYM SIILLERHQQ DKNLFKNILL
SNSQFYYGIY ESLSIVIPEK QEVEWLDLIE SKFITFDIAE EFVRGISWRN VQNINERTFY
WINKCLSQNN MQLQSLVYGR LLKQSYVIES PLNADFLHDN LNNMSMSIRD GSWTIFINDN
SEVPMRLAEI ILKQNLSFEH FNKQNFELLS TTYIWLLTSS NIKLRDAATT ALVKLYMNQP
SIIIKDIIRF ISVNDPYVLE RLFASVYGAI LRTNDLSQLG EIVDCIYNNI FEKNEVYPNI
LVRDYARSII LFAINKEIIS FKGYEKINPP YSSVWYEKIY SLQEIDNKVK EMEQKSEEVY
GGFRSIVRSM TTEYGRGTGA YGDFGRYVFG SAVSDWRNQF EDQDLSNIAT MRIVEYGYNE
EVHGYYDRNL NHHSRHQNSV ERIGKKLQWI SLYELLAKLT DNYPVYKEVK RYTPEYEQYQ
KLQNKKMHRY MRNLFDFESE EDIVVIEQES EIPLKEEEHI VRIEKEYYKK YDGPWDPFLR
NIDPSLLNYP TEKSTHNLIK SYLPHRPNKY WAQSKKEFEN LEDYLFIEYE GEKYISLAQL
LIQKRDNGKN YLDVDEFCVK TKAIFLPLKD KENYIGLKSV KKGDLSVSWG NIYTVFAFEY
CWHPAFLENC YEQEFENIKY EESVFEYLWE TDVDSISGEL NSCSYLLPSA NLVKFFELNQ
TSEGVWKDEH NNLVAFDTQY LGYERNLLFR ADYLEEYLES NHLTIVWDFY MEKKSERSRK
EEWFICWINN NKDIEHQILE EHQETDRKEL F
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