| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A2634 |
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| Symbol | |
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| ID | 7098766 |
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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 B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | + |
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| Start bp | 2542392 |
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| End bp | 2546423 |
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| Gene Length | 4032 bp |
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| Protein Length | 1343 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643470163 |
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| Product | minor structural protein |
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| Protein accession | YP_002367343 |
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| Protein GI | 218232599 |
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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 | 6 |
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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 | ATGAGAACAC CAAGCGGCAT TTTGCATGTT GTGGATTTCA AAACAGATCA AATCGTTGCA
GCTATTCAGC CACAGGACTA TTGGGATGAT AAAAGGCATT GGGAAATCAA AAACAATGTT
GATATGTTGG ATTTTACAGT TTTTGATGGC ACAACTCATT CGGCTACGTT ACAACAACAA
AATCTTGTTT TAAAAGAAGT TCGAGACGGA AGAATTGTAC CATATGTTAT TACAGAAGCT
GAGAAGAATT CGGATATACG ATCCATTACC ACATATGCTT CAGGAGCTTG GATTCAAATC
GCTAAGTCAG GCATTATAAA ACCACAACGA ATAGAAGGTA AAACAGTAAA CGAATTTATT
GATATAGCCT TAGTAGGAAT GAAATGGAAA CGTGGAAAAA CAGATTATGC AGGATTCCAC
ACTATGACTA TTGATGAATT TATTGATCCG TTAACGTTTT TAAAGAAAAT AGCTTCTTTA
TTTAAATTAG AAATCCAGTA CCGCGTTGAG ATTCAAGGTT CACAAATAAT TGGATGGTAT
GTTGATATGA TTCAAAGGCG TGGTCGAGAC ACGGAAAAAG AAATAGAACT GGGGAAAGAT
TTAATAGGTG TTACACGTAT TGAACATTCA AGAGACATTT GTACAGCGCT AGTCGGGTTT
GTGAAAGGTG AAGGCGATAA TGTAATTACT ATTGAAAGCA TTAACAGGGG GCTCCCGTAT
ATTGTTGATA ATGATGCATT TCAACGATGG AATGAACGTG GTAAACATAA GTTCGGTTTT
TATACGCCGG AAACAGAAGA ATTAGACATG ACTCCAAAAC GTTTAATGAC GTTAATGGAA
ATAGAATTAA AAAAACGTGT CAATTCTTCC GTTTCTTATG AAGTAGAAGC ACAATCGATT
GGACGTATTT TCGGACTAGC ACATGAACTA ATTAATGAGG GCGATACGAT CCGAATCAAA
GATATAGGCT TCACTCCTAA ATTATACCTT GAAGCACGGG TAATTGCTGG TGATGAATCT
TTTACGGACC CTACACAAGA TAAATATGTG TTTGGTGATT ATCGTGAAAT TACTGATCCA
AACGAAGAAC TACGAAAAAT TTACAATCGA ATCTTAGGGT CATTAGGCAA TAAACAAGAG
CTGATAGATC AGTTAGATAA ATTGGTGAAA GATGCAAATG AAACAGCTAG TAATGCTAAG
AAAGAATCTG AAGCAGCGAA AACACTGGCT GAAAAGGTTC AAGAGAATCT TAAAAATAAC
ACGGTAGAAA TCATTGAAGC AAAGAATCCA CCGACAACGG GGATACAGCC TTATAAAACA
CTTTGGCGTG ATATTAGTAA TGGGAAGCCT GGTATTTTGA AAATATGGAC AGGCGCAGCT
TGGGAATCGG TTGTACCAGA TGTTGAATCC GTTAAGAAAG AAACACTTGA GCAGGTTAAT
AAAGATATTG AATCAACAAA AACAGAATTA AATCAAAAGG TTCAAGAGAT ACAAAATCAG
GCGACGGGAC AATTCAACGA AGTAAAGGAA AGTTTACAAG GTGTCAACCG TACAATTTCT
AATATTGAAA ATAAACAAGG TGAAATTGAT AAGAAAGTAA CTAAGTTTGA ACAGGATTCT
AATGGATTTA AAACTTCTAT TGAATCATTA ACGAAAAAAG ATACTGAAAT TAGTAATAAA
TTAAATACTG TCGAATCAAA TGCGGAAGGT ACAAAAAGGG CTATTTCTGA TGTGCAACAA
ACAACAAGTG AACTAAAGAA AACAACTACT GAAATAGAAG AAAAAGCTGG GAAAATCAGT
GAGAAGTTAA AGAATGTAGA AACAAAGGTT AATAGTGATA AAACTGGTGG ACGTAACCTT
TTATTAAAAT CAAATGTTAA ATATGAAAAA ACAGACTATC TAATCAATCA ATATTCTCTA
ACTGAAAATT TCTTTGCGGG TGAGGAATAT ACCTTTGTAA TTAAAGGAAG TGTCCCACAA
GGGCAGAAAT TTGGAATTTG GCAGAATGAT GGGTCTAGCA ATGTTGGATA TGCAACAAGT
GTTTACGCTA ATGGAATAAC TTATGTAACC TTTAAAGCTG TTGTGGCTAC AAGTGGAAAT
GAACGAAAGT TAAGCTTATA TAACTATCCG AGTAGTACTA CGAAATCTAT TGTGGAATGG
GTTGCCTTGT ATAAAGGGAA TAAGCCGCAG GATTGGACGG CACCTCCTGA AGAGCAGGTA
ACAACAGATG AATTTACCAA GAAAACAACT GAGATTGAAA AAAGTGTGGA TGGCGTAAAA
AACACTGTAA CCAGTGTTCA AAATAGCCAA GCTGGATTCG AAAATCGTAT GACTACAGTA
GAACAAACAG CAACTGGATT ATCTTCTACA GTGAGCAATT TAAATAATGT AGTATCAGAT
CAAGGGAAAC AGCTTACTGA TGCAAATACA AAACTCGAAC AACAGGCAAC AGCAATTGGG
GCGAAAGTCG AGCTAAAACA AGTAGAAGAT TATGTTGCTG GATTTAAGAT ACCTGAGTTG
AAACAAACAG TTGATAAAAA TAAACAAGAT TTGTTGGGCG AATTAGCTAA CAAGCTTGCG
ACAGATCAAT TTAATCAGAA GATGACTTTA ATTGATAACC GTTTCACTAT CAATGAACAG
GGGATCAATG CAGCAGCGAA AAAGACAGAG GTATATACAA AAACGCAAGC AGATGGACAA
TTTGCCACAT CATCTTATGT AAGAGATATG GAAACCCGTC TTCAGTTAAC GGAAAAAGGC
GTTAGTATAT CTGTAAAAGA AAACGATGTA ATCGCAGCAT TCAATATGAG TAAAGAAAAC
ATTACTTTGA ATGCAAATAG GATTAACTTA GTAGGTTTTA TTACAGCAAA TCATATCAAA
GGAAAAGTTT TAGAAGGAGT AACACTTAAA ACGAGTGGAA ACAGATTTGT TGAAATAAAT
AAACAAGACA TGAAGATTTT CGATTTAGAT AAGCCACGTG GTTATATAGG ATTTATGGAG
ACAAATGATG GAAGTATTCA ACCTTCATTA GTCCTTGGTT CTGATAATAG AAAATACGTT
GGTACAGGAT CATTTTATAT TTATCAAGTC ATGCCGCGAA TTAATGGAGT CGATCAACCT
TCTAAAGCGT ATGCAAAATT TGGGGTTTCT AAAGGAGAAA ATGCAGACGG AACTAATATT
TGGTCAAATT ATATTCAAAT GCAGAATGAC GGTGGACATC TGAGCGTATA TTCAGATGGA
CAATTTCGTT TTCAAAACTT GAATGATATT ATTTTTGAAT CTGAAGGATG GGCTCCAGGA
TATGGTTACT TCTCTGTAAC TACAACTGAA CCGCATATTT TTAACAATAA CAAGGGACAG
TTTACTTTCA AAAGAAAAGG CAGTGACTAT AAAATACATT TCATAAACGG CGCCACCGAT
CATGATTTAA TCATGGGTAA TGCAATGATA AGATCAAGTT TTGTACAAGG TTATAACAAC
GGATTACAGA TTAAAGATAT GATGGGGCAA GGATGGAAAG ATATAGAATT AAGAACACTA
AGAGCGCAAG AAAATATAAG TGCTACTGGT CAAATGTGGG CGAAAGCATT TAATCCTACA
TCAGCTAGAA ATATGAAAGA AAATATAAAA GATATTCCTT TCTCAGCTCT TGATAAAATC
ATGAGTTTAG CTATCAAACA GTACAACTTT AAGGATGATA TATATGATCT GTATCAAATG
CGTGTGAACA AACCAGAGGA ACAAACGGAA CCATATACAA CAAAAGAAAT TGAAACGTAT
TTCGGTATGA TTGCAGATGA TACGGACGAT ATATTTACAG ATAAAGGGAA ACGGGCCATT
AATTTATATA ATACTGTTTC TATTTTTATT GCAGCTTTCC AACAGCAATT TCATGAATTT
AATGAAGTAT TAACTACTGT TAAAAGTGAA AATAAACAAT TAAAAGAGCA AGTTGCAACA
CTGACAAACG ATGTGTCTAC ATTAAAAGAA TTAGTACAAA AATTAATAAC TGAAAAACCG
GAGCAGCCAT AA
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| Protein sequence | MRTPSGILHV VDFKTDQIVA AIQPQDYWDD KRHWEIKNNV DMLDFTVFDG TTHSATLQQQ
NLVLKEVRDG RIVPYVITEA EKNSDIRSIT TYASGAWIQI AKSGIIKPQR IEGKTVNEFI
DIALVGMKWK RGKTDYAGFH TMTIDEFIDP LTFLKKIASL FKLEIQYRVE IQGSQIIGWY
VDMIQRRGRD TEKEIELGKD LIGVTRIEHS RDICTALVGF VKGEGDNVIT IESINRGLPY
IVDNDAFQRW NERGKHKFGF YTPETEELDM TPKRLMTLME IELKKRVNSS VSYEVEAQSI
GRIFGLAHEL INEGDTIRIK DIGFTPKLYL EARVIAGDES FTDPTQDKYV FGDYREITDP
NEELRKIYNR ILGSLGNKQE LIDQLDKLVK DANETASNAK KESEAAKTLA EKVQENLKNN
TVEIIEAKNP PTTGIQPYKT LWRDISNGKP GILKIWTGAA WESVVPDVES VKKETLEQVN
KDIESTKTEL NQKVQEIQNQ ATGQFNEVKE SLQGVNRTIS NIENKQGEID KKVTKFEQDS
NGFKTSIESL TKKDTEISNK LNTVESNAEG TKRAISDVQQ TTSELKKTTT EIEEKAGKIS
EKLKNVETKV NSDKTGGRNL LLKSNVKYEK TDYLINQYSL TENFFAGEEY TFVIKGSVPQ
GQKFGIWQND GSSNVGYATS VYANGITYVT FKAVVATSGN ERKLSLYNYP SSTTKSIVEW
VALYKGNKPQ DWTAPPEEQV TTDEFTKKTT EIEKSVDGVK NTVTSVQNSQ AGFENRMTTV
EQTATGLSST VSNLNNVVSD QGKQLTDANT KLEQQATAIG AKVELKQVED YVAGFKIPEL
KQTVDKNKQD LLGELANKLA TDQFNQKMTL IDNRFTINEQ GINAAAKKTE VYTKTQADGQ
FATSSYVRDM ETRLQLTEKG VSISVKENDV IAAFNMSKEN ITLNANRINL VGFITANHIK
GKVLEGVTLK TSGNRFVEIN KQDMKIFDLD KPRGYIGFME TNDGSIQPSL VLGSDNRKYV
GTGSFYIYQV MPRINGVDQP SKAYAKFGVS KGENADGTNI WSNYIQMQND GGHLSVYSDG
QFRFQNLNDI IFESEGWAPG YGYFSVTTTE PHIFNNNKGQ FTFKRKGSDY KIHFINGATD
HDLIMGNAMI RSSFVQGYNN GLQIKDMMGQ GWKDIELRTL RAQENISATG QMWAKAFNPT
SARNMKENIK DIPFSALDKI MSLAIKQYNF KDDIYDLYQM RVNKPEEQTE PYTTKEIETY
FGMIADDTDD IFTDKGKRAI NLYNTVSIFI AAFQQQFHEF NEVLTTVKSE NKQLKEQVAT
LTNDVSTLKE LVQKLITEKP EQP
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