| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2402 |
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| Symbol | |
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| ID | 7184316 |
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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 | 2765438 |
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| End bp | 2770012 |
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| Gene Length | 4575 bp |
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| Protein Length | 1524 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643550645 |
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| Product | structural protein |
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| Protein accession | YP_002446315 |
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| Protein GI | 218897904 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01665] phage minor structural protein, N-terminal region |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.00631563 |
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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 | 49 |
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| Fosmid unclonability p-value | 0.821189 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAACAC CAAGCGGATT ACTTCATGTT GTTGATTTCA GAACAGATCA AATTCTATCC
GCTATTCAAC CAAAGGACTA CTGGGAAGAT AAGCGTCATT GGGAAATCAA GAATAACATT
GATATGCTAG AGTTCAAAAT TTTTGACGGT ACTCCACATG CAATTACATT ACAACAGCAG
AACTTGGTTT TAAAGGAAGT ACGTGATGGT CGAATTGTTC CGTATGTTAT TAATAATGAA
GTAGAAAAAG ATTCAAAGGA TAGATCATTA ACTGTACACT CTTCTGGTGC CTGGGTTCAA
ATCGCCAAAG ATGGGATTAT TAAACCTCAA CGTATAGAGA GCGAAACAGT TAATACGTTT
ATTGATATCG CTCTTGCCGA TTCAAAATGG CAACGTGGAA TAACGGATTA TTCTTCGTTC
CACACGATGA CGATTGATGA ATTCATCGAT CCCCTTACTT TTTTAAAGAA AATTGCAGCT
TTGTTTGAAT TGGAAATCCA ATATCGAGTT GAAGTATCTG GTTCTCAAAT TACTGGATGG
TACGTCGATA TGATAAATAA ACGAGGGAGA GAAACAGGGA AGGAAGTAAC CCTGGGAAAA
GACTTAGTAG GCGTTAGACG CATTGAGCAT TCCAGGGATA TTTGTACCGC CTTAGTCGGA
TTTGTACGAG GTGAAGGTGA TGAAATTATC ACGGTTGAGA GCATCAATAA CGGACTTGTT
TATATTACAG ATAGTGATGC CTTTCAACGT TGGAATGCAC ATGGTAAACA TAAATTTGGT
TTTTACACTC CAGAAACAGA AGACCAAAAT ATGACACCAA AACGATTAAT GACTTTGATG
AAGACGGAAT TAAAGAAGCG TGTCAATACT TCAGTTTCGT ATGAAGTAGA GGCACAATCA
ATCGGTCGCA TTTTCGGACT AGCACATGAA CTAATCAATG AAGGCGATAC AATCCGAATC
AAAGATACAG GCTTCACACC TAAGTTATAC CTTGAAGCAA GGGCAATCGC TGGTGATGAA
TCATATACGG ATCCTTCGCA AGATAAATAT GTATTTGGAG ACTATCGAGA GATTATAGAT
TCGAACGAGG AATTACGAAA ATTATATAAC AAAATGCGTG CTTGGTTAGA GGGGAAGGCT
AACAAGGAAC TGTTAGAACA ACTAGAAAAG TTGGCCGAAG AAGCAAAGAA AGAATCGGGA
AAAGCTGTAA AGGAATCACA AGAGGCTAAA GATATATCAG AGCAACTAAA AAAAAAAATT
GAAAATAATA TGGTTAACAT TATAGAAAGT AAAGAACCAC CAACTACTGA TCTTAAGCCA
AACAAAACGC TATGGCGTGA TATTAGTAAT GGAAAGCCTG GTATTTTAAA AATATGGACA
GGTACAGCTT GGGAATCGGT TGTTCCGGAT ACGGGACCAT TACAAAAAGA TATAAAGAAT
GCACAAACAG AAATTGATAC TTTAAAAGAA ACAATTGAAG ATATACCTGA TAAGACTTGG
TTAAATCAGC AACTTGAAGG AAAGGCCAAC AAAGAGGGTG TTTATACAAA AGATTGGGTA
AACGAAAACC TTATTGGAAA GCAAGTGTAC GAAACAAACC GTAAAGGTGA TATAAAAGTA
TTAAATGAAA CAAAAACGAC TGCTGAACGC ACAGCTGAAG AAATTAAAAA TAAAGCAGAG
AAAACGGAGA TAACAACTCT AACCGATAAT CTTAAACTAG TAACTCAAAC TGCTAATACT
GCTAAACAGA CAGCCGAATC TAACACTAAC ACCATTACAG AATTAAAAAC TACTGTAAAT
AATATTTCTG TAGGTTCAAT CAATTTAGCT AGCGGTTCAG AAACAGGGTT AAATAAACAG
AACATGACTG GAACCTGGTC AGACAATAAA CAAATGACTT TATCGGATAA GGTCAACTAT
AGAAATAAAA TTTTTACTAT CTCATTTTTG TTTACTGGTA AAATAACAAA ATTCAATACA
AATGCTTGGT TTGGCGTAGA AACAGCGATA ACGTATGCAG ATGGAGAGCA AGAATGGCAA
TCTGTACGTG CTGAATCGCA ATTAAAGATT AATGTAGATT ATAAAGACGA ACCACTATCA
GTTACATTTA GAACAAAAGA TAAAGATGTA ACTCAAGTTA AATTCTATTA CTCTGGGCGC
AATATTGATG GGAATTTAAA CTCACACCAT GCAAAATTTG AAGAAGGTAA CATACGAACT
ACATGGCAAC TTTCTAACGA TGAAGTTACT TCTAAAGCAG ATTTTACCCA AACAACTAAT
GAAATTCAAC AAACAGTAAA TACGAACTCA AAAACAATCT CGAAAGTACA ACAAGATCAA
GGAACCATGC AAACAACTCT AAATGAAGTG AAGCAGACCA CAAATTCGAA TTCTCTTAAT
ATTAAAACGC TAACAGAAAC ACAAACAAAT CAAGGAAAGC TCATTCAAGA AAACAAGAAT
GAAATTACGC AAACAAAAGA CTCATTAAGT TCAAAGATTT CGGAAAAGCA AATGAAAGCT
TATGTAGGGG CACTTGGTAG TATAAATCAA TTCTTCAATA CAGAGTTTAA GAAAAAAACA
GTTGATGCTA ATGGCAATAT AACAAATGAA GTTGCTAGTA CCGATAAATG GACAGTAGCA
GGAGTTGTAT CAGGTGCTAC AGTAACACCA GTAACAGACA GACGTCATGA CGGTTATAAC
TCGGTCAGAA TTGCAAATGT GGGGGTTGCA GCAAATAGCT GGACTGGTAT TGCTCAAAGT
ATTGGAGCCT CACAAAATAG CGGTGACTAC GTATTGTCTG CATGGGTTTA TGTAGTAGAT
AAAAACTTAT TAGACCAAGG AGCGTGCGTT AAGCTTCAAT TCTTTAATGG TTCAACCGCA
TTAGGTTATG AGCAAACTGA AATAAAAGAG TTATTAGTTA ATGGCTCCTG GATACTAGTT
AGTGTAACCA TTAAAGCTCC TGACGTTCCT GTAACTCGTT TGCAAGGAGA TATATGGGTA
CGACGTAATG GTACAATGTG GGTATCTCAA CCACAGCTAC AGCAAGGAAA AGAACCATCT
GTATACATGC CAAACCCAAA AGACATTACC AACTATAAAG AACTGGTGGA TTTAGTGGCA
GATAAGATTG CCAAAAGTGA TTTTGATACA GTAACAAAAA AAATGCAAAC ATCTATCGAT
CAAAATACCG AAGAAATAGG TTTTCGTGCT AAAGCGACTG AAGTGTACTC AAAGACGGAT
GCTGACAAAA AATTTGCTTA TGTTTTGGAA ATGGAAGCGG CTTTTAGTTT AACAAATCAA
AATATTAATT CTAGGGTTAA AAAAGGCGAT GTTATATCCC AGATTAATCA ATCAGCTGAG
GAAATTCTAA TTCAGGGGTC CAGAATTAAT CTTATAGGAT ATGTAACAGC TGAGCATATC
AAAGGGAAAG TTTTAGAAGG AGTAACACTT AAAACGAGTG GAAACAGATT TGTTGAAATA
AATAAGCAAA ACATGAAGAT TTTCGATGCA GATAAGCCAC GTGGCTATAT AGGATTTATG
GAAACAAATG ATGGAAGTAT TCAACCTTCA CTCGTCCTTG GTTCTGACAA TATTAAATAC
AGGGGTACAG GATCGTTTTA TATTTATCAA GTCATGCCGC GAATTAATGG AGTCGATCAA
CCTTCTAAAG CATATGCAAA ATTTGGGATT TCTAAAGGAG AAAATGCAGA AGGAACTAAT
ATTTGGTCAA ACTATATTCA AATGCATAAT GACGGTGGAC ATCTGAGCGT ATATTCAGAT
GGACAATTTC GTTTTCAAAA CTTGAATAAT ATTATTTTTG AATCTGAAGG ATGGGCTCCA
GGATATGGTT ACTTCTCTGT AACTACAACT GAGCCGCATA TTTTTACAAA TAACGCGGGG
CAGTTTACTT TCAAAAGAAA AGGCAGTGAC TATAAAATAC ATTTCGTAAA CGGCGCCACC
GATCATGATT TAATCATGGG TAATGCAATG ATAAGGTCAA GTTTTGTACA AGGTTATAAC
AATGGCTTGC AGATTAAAGA TATGATGGGT CAGGGATGGA AAGATATAGA ATTAAGAACA
TTACGAGCGC AAGAGAATAT TAGTGCTACT GGTCAAATGT GGGCGAAAGC ATTTAACCCT
ACGTCAGCTA GAAATATGAA AGAAAATATA AAAGATATCC CTTTCTCAGC TCTTGAAAAA
ATCATGAATT TGGCTATTAA ACAATACAAC TTTAAAGATG ATATGTATGA TCTGTATCAA
ATGCGTGTGA ACAAGCCGGA AGAACAAACA GAACCATATA CAACAAAAGA AATTGAAACA
TATTTTGGCA TGATTGCAGA CGATACAGAT GCTATATTTA CAGATAAAGA GAAACGGGCC
ATTAATTTAT ATAATACAGT TTCTATTCTT ATTGCAGCCT TCCAACAGCA GTATCATGAA
TTTAATGAAG AGTTAACTAC TGTTACAGGT GAGAATAAAC AACTAAAAAA GCAGGTTGCA
ACATTAACCA GCGATGTGTC CACATTAAAA GAATTAGTAC AAAAATTAAT AGATGAGAAA
CCAGAGCAGC CATAA
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| Protein sequence | MRTPSGLLHV VDFRTDQILS AIQPKDYWED KRHWEIKNNI DMLEFKIFDG TPHAITLQQQ
NLVLKEVRDG RIVPYVINNE VEKDSKDRSL TVHSSGAWVQ IAKDGIIKPQ RIESETVNTF
IDIALADSKW QRGITDYSSF HTMTIDEFID PLTFLKKIAA LFELEIQYRV EVSGSQITGW
YVDMINKRGR ETGKEVTLGK DLVGVRRIEH SRDICTALVG FVRGEGDEII TVESINNGLV
YITDSDAFQR WNAHGKHKFG FYTPETEDQN MTPKRLMTLM KTELKKRVNT SVSYEVEAQS
IGRIFGLAHE LINEGDTIRI KDTGFTPKLY LEARAIAGDE SYTDPSQDKY VFGDYREIID
SNEELRKLYN KMRAWLEGKA NKELLEQLEK LAEEAKKESG KAVKESQEAK DISEQLKKKI
ENNMVNIIES KEPPTTDLKP NKTLWRDISN GKPGILKIWT GTAWESVVPD TGPLQKDIKN
AQTEIDTLKE TIEDIPDKTW LNQQLEGKAN KEGVYTKDWV NENLIGKQVY ETNRKGDIKV
LNETKTTAER TAEEIKNKAE KTEITTLTDN LKLVTQTANT AKQTAESNTN TITELKTTVN
NISVGSINLA SGSETGLNKQ NMTGTWSDNK QMTLSDKVNY RNKIFTISFL FTGKITKFNT
NAWFGVETAI TYADGEQEWQ SVRAESQLKI NVDYKDEPLS VTFRTKDKDV TQVKFYYSGR
NIDGNLNSHH AKFEEGNIRT TWQLSNDEVT SKADFTQTTN EIQQTVNTNS KTISKVQQDQ
GTMQTTLNEV KQTTNSNSLN IKTLTETQTN QGKLIQENKN EITQTKDSLS SKISEKQMKA
YVGALGSINQ FFNTEFKKKT VDANGNITNE VASTDKWTVA GVVSGATVTP VTDRRHDGYN
SVRIANVGVA ANSWTGIAQS IGASQNSGDY VLSAWVYVVD KNLLDQGACV KLQFFNGSTA
LGYEQTEIKE LLVNGSWILV SVTIKAPDVP VTRLQGDIWV RRNGTMWVSQ PQLQQGKEPS
VYMPNPKDIT NYKELVDLVA DKIAKSDFDT VTKKMQTSID QNTEEIGFRA KATEVYSKTD
ADKKFAYVLE MEAAFSLTNQ NINSRVKKGD VISQINQSAE EILIQGSRIN LIGYVTAEHI
KGKVLEGVTL KTSGNRFVEI NKQNMKIFDA DKPRGYIGFM ETNDGSIQPS LVLGSDNIKY
RGTGSFYIYQ VMPRINGVDQ PSKAYAKFGI SKGENAEGTN IWSNYIQMHN DGGHLSVYSD
GQFRFQNLNN IIFESEGWAP GYGYFSVTTT EPHIFTNNAG QFTFKRKGSD YKIHFVNGAT
DHDLIMGNAM IRSSFVQGYN NGLQIKDMMG QGWKDIELRT LRAQENISAT GQMWAKAFNP
TSARNMKENI KDIPFSALEK IMNLAIKQYN FKDDMYDLYQ MRVNKPEEQT EPYTTKEIET
YFGMIADDTD AIFTDKEKRA INLYNTVSIL IAAFQQQYHE FNEELTTVTG ENKQLKKQVA
TLTSDVSTLK ELVQKLIDEK PEQP
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