| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2686 |
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| Symbol | |
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| ID | 7185576 |
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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 | 2507088 |
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| End bp | 2511722 |
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| Gene Length | 4635 bp |
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| Protein Length | 1544 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643550362 |
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| Product | phage minor structural protein |
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| Protein accession | YP_002446032 |
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| Protein GI | 218897621 |
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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 | 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 | 65 |
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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 | ATGAGTGCAC CAAGTGGAGA CTTACATGTT GTTGATTTTA AAACAAATCA AATCGTTTCA
GCTGTACAAC CTAAAGACTA TTGGGATGAC AAACGACATT GGGAAATCAA AAATAATATC
GATACTCTAG AGTTTAGGGT ATTTGAGAAT ACAGATCATG CAGCAACACT TGTACAACAA
AATTTAGTAT TAAAAGAAGT ACGTGGCGGC AGAATCGTTC CTTATGTCAT TACAGAAACG
GAAAAGGATT CTAAAGATAG ATCATTAATG GTTTATGCAT CTGGTGAATG GATTCAGCTT
GCTAAGGCAG GAATTATTGA GCCGCAAAAA ATAGAAAGTA AAACATTGAA ACAATGTATG
GAAATAGCTC TTAAAGGGAC GAAGTGGAAA ATAGGTAAAA CCGAACATGA TGGAGCGCAT
TCAATGGTAA TTGAAGAATT TACTGATCCA TTGGATTTGC TTAAGAAAAT TGCCGCTTCA
TTTGAATTAG AAATTCAATA TCGCGCTGAA GTTGTTGGTT CTAAAATTGT TGGACGCTAT
GTGGATATGG TTCAGAAACG AGGGCGAGAT ACAAGAAAAG AAGTAACCTT TGGTAAAGAT
TTAATAGGAA TTAAACGAAT TGAGAACTCT CAAAACATTT GTACAGCCTT ATTGGGTTTT
GTAAAAAAAG AAAATGGAGA ATTTATTACA ATCTCATCCA TAAATAAGGG TGTTCCTTAT
CTTGTGGATG ATGCAGCTTA CCAACGCTGG AATGAGAACG GAAAACATAA ATTCGCTTTC
TATACTCCGC AAACAGATGA TCAAAATATG TCTCCAGAGA GACTTTTAAC TTTAATGAAA
ACAGAAATGA GTAAGCTTGT GAATGCTTCC GTTTCTTATG GAGTCGATGC ACAAAATATA
GCAAGAATAC CTGGTTTATC GCATGAAGAA ATCAATGAAG GAGATACAAT TCGAATTATA
GATGAAGGGT TTACACCTAA GCTATATCTT GAAGCTCGTG CTATTGCTGG TGATGAATCT
TTTAAAGATC CTACACAAGA TAACTATGTA TTTGGTGATT ATCGTGAAAT CGTTGATCAA
AATGATGAGT TGCGAAGGTT GTATCAAAAG ATATTAAGTT CATTGTATGA CAAGGTTCCA
CAAGAGTTAT TTGACCAATT AAATAATAGA GTAAAGGAAC AAAACAAAGA CATCATTGAT
GCTAAAGATA AAGCTGATCA GGCACAAAAA GAAAGTCAAA CAGCAAAAGA TTTGGCAGAA
ACAACGCAGA AATATATAGA GCAGAATATG GTTGATATCA TCGAACAACC AACAGCCCCT
ACTGAAAATT TACGTGATGG AAAAACTTTA TGGATAGATA GTTCTGATCC TGAAAATAAG
GTGCAGAAAC TTTGGAAAGG TGGTCAATGG CAAAGGGTTA CTCCGGATAC AGGACCATTA
AAGCAAAGTA TTAAAGATGT TAAGGAAGAT ATTGAAACAG CTAAAACAGA ATTGAATCAA
AAGGTTCAAG AAGCACAGGG GCAAGCGACA GGACAATTCA ACGAAGTAAA GGAAAGCTTA
CAAGGTGTGA GCCGTACAAT TTCTGATGTA CAAAATGAAC AAGGTAATAT TAATAAAAAA
GTAACTCAAA TAGAGCAAAA CGCAAATGGA TTTAAGACTT CTATTGAATC GTTAACTAAG
AAAGATACTG AAATCAGTAA TAAATTAAAT ACAGTCGAAC AAACCGTAGA AGGCACAAAA
AAGACGATTT CTGATGTGCA GCAAACAACA AGTGAGCTTA AGAAAACAAC AACTGAAATT
AAAGAAGAAG CTGGGAAAAT CAGTGAGAAG TTAACGAGTG TAGAGACCAA AGTTAATAAC
ACTAAAATAG GTGGACGAAA TGTTGTTCTC GGCACATCAA TTCCAGCAAG TTTAATTGGT
AATAATACAG CCAATCAAAC TTTAAGTATT TATAACTTTG CAGGTGGTGA TTCTAGTTCA
ATTATAGATA AGGAAATTTG TGTTTCCTTT GATTGGAAAG TTGAAGGTAC AACGACACCA
TCGGGTACTA TGTATATGCA AGGGAGTAAT CCATGGCCCC TTATTGCATC CAAAATTACA
TTTTCCCCTC AAAACTTAAG CGGAAAATAT TTGGGTGTAA TCACGATTAG TGGTAGTGCT
TTTAAGGCTG TAAATATGAG ATTAGATAAT TTCACAACTG GAGCAAAAAT TACTGTATAT
AATTTTCAAA TTGAAATAGG CAATAAAGCT ACCGACTGGA CACCAGCACC TGAAGATCAA
GTAACAACTG ATGAATTCAC CAAGAAAACA ACTGAGATTG AAAAAAGTGT GGAGGGAGTT
ACCTCTACTG TATCAACTGT TCAAAAAAAT CAAGGTACAA TGCAATCAAC ACTTAATAAA
GTAGAACAGT CCACAAACTC AAATTCTCAA AGTATTACAT CATTATCGCA AACACAAGGG
CAACAAGGGG CGATTATTCA ACAAAACACG AGTGATATCA CACAGTTGAA TAATCAGATG
AAATCTAAAG TGTCGGATAC ACAAATGCAG GAATATGTAG GTGGGTTAGG AAGCACGAAC
TTACTATTTA ATGCTGCATT TGAAGACCGA GTAATAAACG CTTCCACAGG AGCTGTAACA
AATACAACCC CAAGTACAAC GAAATGGAGC ATTGTAGGTA CAGGTTCAGG GATTACTATA
GTTCCTGAGA GTGCTAGACA TCATGAAGGT TACAATTCTG TCAAAATTAC AGCTACAGGT
CAAACTTCTA GTAAGTGGTC TGGTATCATG CAACGTGTCC CAGCTGTACA AAATGGCGGT
GATTATGTAT TCTCCGCTTG GGTATACGTT CAGGATAAGA ATACACTTGA TAATGGTGGA
GCGATTAAAC TTCAATTCTT TAATGGGGCA AATGCAGTTT CAACATTTGT ACAAACCGAG
TTTAAAGATT TATTAGTCAA CAATTCTTGG GTACTAGTAT CTGTTAAAAT TACTTCTCCT
AACGTAGCGG TAACGCATTT ACAAGGTGAT ATATGGGTTA GACAGAACGG TACAATTTGG
GTATCTCAAC CCCAATTACA ACAAGGATCT ACTCGTTCTA CATTCATGGA GAACCCAAAA
GATTACGCCA ACTATGACCA GCTTGTTGGT GAGATTGCTA AAAAAGTAGC TACTAGTGAT
TTTAACAATA AAGTCACTCA AATGGAGACT ACAATCAATC AGCAATCTAA TCGTATTGAC
TTAAAAGCAG AAGCTACAAA TGTTTACACG AAAACAGAAG CGGACGGTAC ATTTGGAAGC
AAAGCTATTG TAGAATCTCA TAGTTCTCAG TTATCTGTAA TGAGTAATGA AATTAGTACA
AGAATTAAAG CTGGTGAAAT AGCTTCCGCA ATTAACCAAA CAGCTCAAGC TGTATTAATT
CAGGCTAGGA AGATTTATCT TGACGGATAC ATTGAAGCAA AACACTTAAG AGCTCAAGAA
TTAGTAGGGA TTACTATCAA AACAGCACCA CAGGGTTCTA ATAATAACCA CATCCGCTTA
AATGCACAGG ACATGACTTT GTATGGAAGT GGCGCTAATC GTGCTTATTT GGGATTTATG
GAGACGCCAA ATGGAAGTAT TCAACCTTCA CTCGTCCTTG GTTCTGACAA TATTAAATAC
AGGGGTACAG GATCGTTTTA TATTTATCAA GTCATGCCGC GAATTAATGG AGTCGATCAA
CCTTCTAAAG CGTATGCAAA ATTTGGGGTT TCTAAAGGAG AAAATGCAGA AGGAACTAAT
ATTTGGTCAA ATTATATTCA AATGCAGAAT GACGGTGGAC ATCTGAGCGT ATATTCAGAT
GGACAATTTC GTTTTCAAAA CTTGAATGAT ATTATTTTTG AATCTGAAGG ATGGGCTCCA
GGATATGGTT ACTTCTCTGT AACTACAACT GAACCGCATA TTTTTAACAA TAACAAGGGA
CAGTTTACTT TCAAAAGAAA AGGCAGTGAC TATAAAATAC ATTTCATAAA CGGCGCCACC
GATCATGATT TAATCATGGG TAATGCAATG ATAAGATCAA GTTTTGTACA AGGTTATAAC
AATGGCTTGC AGATTAAAGA TATGATGGGC CAAGGATGGA AAGATATAGA ATTAAGAACA
CTACGAGCGC AAGAGAATGT AAATGCCAAT GGTCAAATGT GGGCGAAAGC ATTTAACCCT
ACGTCAGCTA GAAATATGAA AGAAAATATA AAAGATATTC CTTTCTCAGC TCTTGATAAA
ATCATGAACT TAGCTATCAA ACAGTACAAT TTCAAGGACG ATATGTATGA TCTGTATCAA
ATGCGTGTGA ACAAGCCAGA AGAAAAAACA GAACCATATA CAACTAAAGA AATTGAAACG
TATTTCGGTA TGATTGCAGA CGATACGGAT GCTATATTTA CAGATAAAGA GAAACGGGCC
ATTAATTTAT ATAATACTGT TTCAATCTTT ATTGCAGCTT TCCAACAGCA GTATCATCAA
TTTAACGAAG AGTTAACTAC TGTTAAAAGT GAGAATAAAC AACTAAAAGA GCAAGTTGCA
ACACTAACAA ACGATGTGTC TACATTAAAA GAATTAGTAC AAAAATTAAT AAACGTGAAA
CCAGAGCAGC CATAA
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| Protein sequence | MSAPSGDLHV VDFKTNQIVS AVQPKDYWDD KRHWEIKNNI DTLEFRVFEN TDHAATLVQQ
NLVLKEVRGG RIVPYVITET EKDSKDRSLM VYASGEWIQL AKAGIIEPQK IESKTLKQCM
EIALKGTKWK IGKTEHDGAH SMVIEEFTDP LDLLKKIAAS FELEIQYRAE VVGSKIVGRY
VDMVQKRGRD TRKEVTFGKD LIGIKRIENS QNICTALLGF VKKENGEFIT ISSINKGVPY
LVDDAAYQRW NENGKHKFAF YTPQTDDQNM SPERLLTLMK TEMSKLVNAS VSYGVDAQNI
ARIPGLSHEE INEGDTIRII DEGFTPKLYL EARAIAGDES FKDPTQDNYV FGDYREIVDQ
NDELRRLYQK ILSSLYDKVP QELFDQLNNR VKEQNKDIID AKDKADQAQK ESQTAKDLAE
TTQKYIEQNM VDIIEQPTAP TENLRDGKTL WIDSSDPENK VQKLWKGGQW QRVTPDTGPL
KQSIKDVKED IETAKTELNQ KVQEAQGQAT GQFNEVKESL QGVSRTISDV QNEQGNINKK
VTQIEQNANG FKTSIESLTK KDTEISNKLN TVEQTVEGTK KTISDVQQTT SELKKTTTEI
KEEAGKISEK LTSVETKVNN TKIGGRNVVL GTSIPASLIG NNTANQTLSI YNFAGGDSSS
IIDKEICVSF DWKVEGTTTP SGTMYMQGSN PWPLIASKIT FSPQNLSGKY LGVITISGSA
FKAVNMRLDN FTTGAKITVY NFQIEIGNKA TDWTPAPEDQ VTTDEFTKKT TEIEKSVEGV
TSTVSTVQKN QGTMQSTLNK VEQSTNSNSQ SITSLSQTQG QQGAIIQQNT SDITQLNNQM
KSKVSDTQMQ EYVGGLGSTN LLFNAAFEDR VINASTGAVT NTTPSTTKWS IVGTGSGITI
VPESARHHEG YNSVKITATG QTSSKWSGIM QRVPAVQNGG DYVFSAWVYV QDKNTLDNGG
AIKLQFFNGA NAVSTFVQTE FKDLLVNNSW VLVSVKITSP NVAVTHLQGD IWVRQNGTIW
VSQPQLQQGS TRSTFMENPK DYANYDQLVG EIAKKVATSD FNNKVTQMET TINQQSNRID
LKAEATNVYT KTEADGTFGS KAIVESHSSQ LSVMSNEIST RIKAGEIASA INQTAQAVLI
QARKIYLDGY IEAKHLRAQE LVGITIKTAP QGSNNNHIRL NAQDMTLYGS GANRAYLGFM
ETPNGSIQPS LVLGSDNIKY RGTGSFYIYQ VMPRINGVDQ PSKAYAKFGV SKGENAEGTN
IWSNYIQMQN DGGHLSVYSD GQFRFQNLND IIFESEGWAP GYGYFSVTTT EPHIFNNNKG
QFTFKRKGSD YKIHFINGAT DHDLIMGNAM IRSSFVQGYN NGLQIKDMMG QGWKDIELRT
LRAQENVNAN GQMWAKAFNP TSARNMKENI KDIPFSALDK IMNLAIKQYN FKDDMYDLYQ
MRVNKPEEKT EPYTTKEIET YFGMIADDTD AIFTDKEKRA INLYNTVSIF IAAFQQQYHQ
FNEELTTVKS ENKQLKEQVA TLTNDVSTLK ELVQKLINVK PEQP
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