| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_3674 |
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| Symbol | |
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| ID | 7191129 |
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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 AH820 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011773 |
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| Strand | + |
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| Start bp | 3504766 |
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| End bp | 3509367 |
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| Gene Length | 4602 bp |
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| Protein Length | 1533 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643557085 |
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| Product | conserved repeat domain protein |
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| Protein accession | YP_002452624 |
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| Protein GI | 218904790 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 167 |
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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 | TTGAATCCAG GCGAAACAAA AACACTATCA TTCCAAGTTC GTGTTACACA AATTCCTGCT
GGCGGTACTA TTACAAATGA GGCTTCAACA ACTTATACGT ACCAACCAGA TCCTACCTTG
CCACCAGTAA CAACGACTGA ACCAACGCCA CCTACAAGTG TAACTGTCAA TACAGCAACA
GTGAACCCAA CGAAATCTGC TGATCGAGCT TTTGCTGATA TTGGTGATAT TATTACGTAT
ACCATTAGTT TACAAAATAA CGGAACTGTT CCTGCTACTA ATATCGTCCT GACAGACCCT
ATTCCAAATG GAACTACTTT CATTCCAAAT AGCGTGACTA TTAACGGGAT TTCACAGCCA
AATACAAACC CTTCCACAGG TATAACAGTA GGCACATTGG ATCCCACTGA AGCAGCAACT
ATATCTTTTC AAGTTCAAGT TATTAGTGTT CCGCCACATG GTTTAGTTGA AAACCAAGGT
ACTGTTTCAT TTACTCATAT TGTAAATCCT AATGAGCCGC CTGTGACAAA AACAAGTCCT
ACCCCCAAAA CAGAAACAGC CGTTAATACT ATTATTTCAA CTCCAACTAA AACTTCCGAC
AAACAACTTG CTGATATAGG TGATACCATT ACGTACACAA TTACATTTCG AAATGGAGGA
ACTGTTCCTG CCACTAACGT GACACTTATA GATTCTACCC CTAGCGGAAC CACCTTCATT
CCAGATAGTG TGACCATTAA TGGAGTTACC TCTCCGGGAT CAAACCCAGC ACTTGGTATT
CAATTGGGTA CTGTAGCTGT TGGAGAAACA AAAACAATCA CCTACCAAGT CCTCGTTACA
AATTTCCCAC CAAATGGAAT AATTGAAAAT CAAGCATCGT TCACTTATCA ATATCAACCA
AATCCAAATG AACCCCCTGT CACTTCAACT ACACCAACAC CTAATGTGAA CGTATCTATT
AATAATCCAA ATCCAACAAC TACAAAATCC GCGGACCTTC AAATAGCTGA TATAGGCGAT
ATAGTTACTT TTACTGTTAC TTTCCAAAAT AAAGGAACCG TTCCTGCAAC GAATGTTACT
GTGCAAGATT CGCTTCCGCA AGGTGTTTCA TTCGTTCCAG GTAGCGTTGT TATTAATGGA
ATATCTCAGC TTGGCGAAAA TCCCGAAATT GGCATACCGA TTGAAACTGT CAATCCTGGT
CAAAGTATTA CAGTTACGTT TCAAGGTATC GTAAACAGTA TCCCACCTGG TGGAGTCATT
AGAAATAAAG CAAATATCAC ATTCACATAT GAACCAAATC CTAACGAGCC TCCTGTCACA
ACTACCATTA TAACTCCTGA AACGGAAACA ACTGTCAATA CAGCTACATT AGAACCACAA
AAAACAGCAA ATCGTTCCTT CGTTGCATTA AATGACATTA TTACCTATAC TCTTTCTTTC
CAAAATGTTG GAACTGTACC AGCTACGAAC GTAACTATAA CAGACTCGAT TCCAGCTGGT
ACTACATTTA TTCCAGATAG CGTAACTATT AACGGTGTTC CTCAAGCAGG AATAAATCCA
GCATCAGGAA TTCCAATCGG TACGCTAACA CCAACTGAAA GAGTTACTAT CACTTTTCAA
GTTCAAGTCA TTAACATTCC ACCGAGCGGA ACCATAAATA ACCAAGGAAG CGCTACATTT
AATTATCAAA CGGATCCGAC TTTACCTCCT GTGACAAAAA CAGAAACAAC ACCAGAAACG
AATACTCCGA TTCAAACCGC AGTAATCAGC CCAACAAAAA CTGCTAATTT AACATTTGCA
GAAATAGGAA ACACTGTAAC TTATACTATT ACATTTACAA ACCAAGGTAC AATCCCTGCT
ACAAATGTAA CAATTACAGA CGCTTTACCT CCGGGTACTT CTTTTGTTAC GAATAGCGTT
ACTGTAAACA ATGTTACTCA ACCTGGCGCC AGTCCAGTGA CAGGTATTCT TGTCGGTACA
GTTAACCCAG GCGAAACAGT TACAGTTATA TTCCAAATTC AAATAAATGC TATTCCTCCT
AGTGGAAAAA TAGAAAACAC AGCAAGTGTT ACCTATACTT CTCAACCTAA TCCGAATGAA
CCTCCTATCA CAACAATAGA AACGACTCCG ACGGTAACAA TACCTGTTCG TACCGCTAAC
CTGAATCCAC AAAAAACAGT AGATCGTGAG TTTGCAAGTA TTGGTGATAC GCTCACCTAT
ACGATCACCC TTCAAAATAC TGGTAATATA CCTGCAACTA ATGTCATTAT TACAGATTCT
ATCCCTACTG GAACTACATT TATTCTTGGT AGCGTTACGG TTAATGGCAT TCCACAACCT
AATTTGAACC TTGAAACAGG AATCCCGGTT GGCACATTAA ACCCTAGACA AATAGTAACT
GTTACTTTCG AAGTACAAGT AACAGCTTTA CCACCAAATG GAATTATCTC AAATGAAGCA
AATGTCACTT ACACATCCCA ACCAGACCCT ACTCTTCCGC CTATTACAAC AACAACACCT
ACTCCAATCG CAGAAACAAT TGTACAAAAT GCAGAGTTAG AGTCAGCTAA AATAGTAGAT
TTACCAGTCG CTAACATTGG AGATGCACTC ACGTATACGA TTACTCTTGA AAACATCGGA
AATATTCCTA TGACAAATGT ATCTGTCATT GATCCACCAC CATTAGGTAC ACAATTTATT
GTGGATTCCG TTACAGTAAA TGGTATTTCA CAACCAGGTA TTGATCCAAG TATTGGAATA
CCTATCGGTA CAATACAACC GAATCAAATA GTAACCATCA CATTCCAAGT AACGATTACG
AATATACCGC CTAACGGGGT TGTTACAAAT GTTGGTTCAG TCAACTTTAC ATCTCAGCCT
AATCCAAATG AACCTCCTGT TACAGAAACA GAGACAACAC CACCAGTTAA TACTGAAATC
ATTAATAGCA TTATTAATCC ATCGAAAACA GCTGATCGAA ACAACGTTGA TATAGACGAT
ATCATTACGT ACACCGTTAC ATTCCAAAAC TTACAAACTG TCGAACTAAC AAATATCATT
TTCACAGATC CAATTCCTGT TGGTACGACT TTCATTCCAA ATAGTGTAAC AATTAATGGT
ATCCCAACTA GCGATGTTGA TCCAGCTCTT GGGATTCCTC TTGGAACATT AAACCCTAGT
CAATCAGTTG TTGTAACTTT CCAAGTTCGT GTTGTTTCCA TACCACCTAA CGGAATTATT
GTAAATGAAG CTACTATCAC CTACACCTTC CAACCCAATC CTGGAGAACC TCCAGTAACA
GTGACTACTC CAACGCCTCC TACTACTACC AATGTCAACA CGGCAACAAC AAACCCTACA
AAATCCGCTG ATAAAGTATT TGCTTTATTA GGTGACACAA TCACCTATAC AATCTCCTTA
CAAAATACAG GAACTGTCCC TGCAACAAAT GTACTTGTAA CCGACCCTAT TCCAGCTGGC
ACTACTTTCA TTCCGAATAG TGTTACGATA AACGACGTTA CACAGCCAGG TATTGTTCCT
AGTTCTGGAA TTCTTATCGG TACATTAGAA CCTAACACTT CCGCCGTCGT AACTTTCCAA
GTTCAAGTAA CATCGATACC ACCAACAGGC TTTATCGAAA ATCAAGGGAC AGTTTCATTC
CAATACCAGC CAGATCCTAC TAGACCACCT GTATCTGTTA CTACGCCTAC ACCTACTACA
AAGACGCAAG TAAGTGAAGT CACTATTAAT CCTAACAAAC AAGGTAACCC TCAAACTATT
AATCTTGGTG ATACTGTCAC ATATACAATT ACGTTCCAAA ATGTCGGGAA TATTAATGCG
ACAGATGTTA TTATTACAGA CCCTACTCCA GCTGGTACTA CTTTCATTCC GAATAGTGTT
ACGATTAATG GCGTTTCTTC GCCTGGAGCA AATCCAAATA GTGGTGTAAA CGTTGGGACT
GTTACTCCAG GACAAATTGT TACGTTAACT TATCAAGTTA CTGTAACCGC ACTACCGCCA
GATGGTATTA TTAAAAACAC TGCAACTGTC ACTTACACAT TCCAGCCAAA CCCTGGCGAA
CCCCCTATTA CCATTACAGA TCCTACTCCA ACTGTTGAAG TATCCGTTAT TACGCCTACA
CCTAACCCAA ATAAACTAGC AGACAAACAA ATTGTAGATA TAAATGAAAT TATAACGTAT
ACTGTAACCT TCCAAAATCG CGGGTCAGTC CCTGCAACTT CCGTTATCGT TACTGATCCG
TTAGCAAATG GGCTAACATT TGTTCCAGGT ACCGTTATAT TAAATGGTAT TCCTGATCTT
GGAGCAAATC CTGTAGAAGG TATACCTGTA GGTACAGTCA ATCCGAACGA TACAATTACT
GTTCAATTCC AAGCGAGAGT AACAAGTGTA CCACCTGGTG GTATCATTCG AAATCAAGCA
ACTGTTACTT TCACATATGA ACCAATTCCT GGTGAACCAC CTGTTACTAT TACAGACCCT
ACTCCAATTA ACACGACGGA CGTAAATACA GCTATATTAA ATCCACAAAA AACAGCTACG
CCGGAAACAG TTACATTAGG TGATATTATT AATTGTCGAT AG
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| Protein sequence | MNPGETKTLS FQVRVTQIPA GGTITNEAST TYTYQPDPTL PPVTTTEPTP PTSVTVNTAT
VNPTKSADRA FADIGDIITY TISLQNNGTV PATNIVLTDP IPNGTTFIPN SVTINGISQP
NTNPSTGITV GTLDPTEAAT ISFQVQVISV PPHGLVENQG TVSFTHIVNP NEPPVTKTSP
TPKTETAVNT IISTPTKTSD KQLADIGDTI TYTITFRNGG TVPATNVTLI DSTPSGTTFI
PDSVTINGVT SPGSNPALGI QLGTVAVGET KTITYQVLVT NFPPNGIIEN QASFTYQYQP
NPNEPPVTST TPTPNVNVSI NNPNPTTTKS ADLQIADIGD IVTFTVTFQN KGTVPATNVT
VQDSLPQGVS FVPGSVVING ISQLGENPEI GIPIETVNPG QSITVTFQGI VNSIPPGGVI
RNKANITFTY EPNPNEPPVT TTIITPETET TVNTATLEPQ KTANRSFVAL NDIITYTLSF
QNVGTVPATN VTITDSIPAG TTFIPDSVTI NGVPQAGINP ASGIPIGTLT PTERVTITFQ
VQVINIPPSG TINNQGSATF NYQTDPTLPP VTKTETTPET NTPIQTAVIS PTKTANLTFA
EIGNTVTYTI TFTNQGTIPA TNVTITDALP PGTSFVTNSV TVNNVTQPGA SPVTGILVGT
VNPGETVTVI FQIQINAIPP SGKIENTASV TYTSQPNPNE PPITTIETTP TVTIPVRTAN
LNPQKTVDRE FASIGDTLTY TITLQNTGNI PATNVIITDS IPTGTTFILG SVTVNGIPQP
NLNLETGIPV GTLNPRQIVT VTFEVQVTAL PPNGIISNEA NVTYTSQPDP TLPPITTTTP
TPIAETIVQN AELESAKIVD LPVANIGDAL TYTITLENIG NIPMTNVSVI DPPPLGTQFI
VDSVTVNGIS QPGIDPSIGI PIGTIQPNQI VTITFQVTIT NIPPNGVVTN VGSVNFTSQP
NPNEPPVTET ETTPPVNTEI INSIINPSKT ADRNNVDIDD IITYTVTFQN LQTVELTNII
FTDPIPVGTT FIPNSVTING IPTSDVDPAL GIPLGTLNPS QSVVVTFQVR VVSIPPNGII
VNEATITYTF QPNPGEPPVT VTTPTPPTTT NVNTATTNPT KSADKVFALL GDTITYTISL
QNTGTVPATN VLVTDPIPAG TTFIPNSVTI NDVTQPGIVP SSGILIGTLE PNTSAVVTFQ
VQVTSIPPTG FIENQGTVSF QYQPDPTRPP VSVTTPTPTT KTQVSEVTIN PNKQGNPQTI
NLGDTVTYTI TFQNVGNINA TDVIITDPTP AGTTFIPNSV TINGVSSPGA NPNSGVNVGT
VTPGQIVTLT YQVTVTALPP DGIIKNTATV TYTFQPNPGE PPITITDPTP TVEVSVITPT
PNPNKLADKQ IVDINEIITY TVTFQNRGSV PATSVIVTDP LANGLTFVPG TVILNGIPDL
GANPVEGIPV GTVNPNDTIT VQFQARVTSV PPGGIIRNQA TVTFTYEPIP GEPPVTITDP
TPINTTDVNT AILNPQKTAT PETVTLGDII NCR
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