| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_4888 |
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| Symbol | |
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| ID | 5845128 |
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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 weihenstephanensis KBAB4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010184 |
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| Strand | - |
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| Start bp | 4850309 |
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| End bp | 4854736 |
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| Gene Length | 4428 bp |
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| Protein Length | 1475 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641380014 |
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| Product | wall-associated protein precursor |
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| Protein accession | YP_001647664 |
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| Protein GI | 163942780 |
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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 | 11 |
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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 | ATGTCGAAGA AAAAGAAGAG TAGGGTATTA GTAGCTGGTA TATGTATATC TACATTATTA
TCACCAGTAG CTTTCGAAGC ATCAAAAGGA TATGCGGCGC CTTTGGAAGA GAACAAGGGT
GGGAATTTAG AAGAGAGTAA AGAGAATAAG TTTGAGCAGA GAGTATTTCA GTTGCCGGGG
AAAGGTAGCG TAGAAGAAGA AAATAACCGT TTAAGAGTTA CTTGGAAACT TTCTGCTAAT
GAGCCGACTG GAATTTATGC AGCGCCAAAT GAAGAGATTA CAATTGACAT AAAAGGAACG
CAGTCTATTC AAGCTTTCAT AGGAACGAGA TCTTATGATG AAAAGGATCC AGAAGAGTTT
GATTTAAAAC CAGGGAAAAA CGTTATTTCA TCCCCAAGAG GCGGTATTTT ATATTTTTAT
AATATGAATA ACGAAGGAGA GGTAACAGCT TCAGTTACGA ATGGTGGTAG CCATTTCCCT
TTGTTTATTT TAGGTAAACA TACGAAAAAA GATTGGGATG AAATGTTAAA AAAATATAAG
GATCCTTATG CAGTTGAATT AAAAGGTGAG CGAAGCTTAA TTACTACTAC TTACGATTCT
GTGCAGAAAT ATATGAAGAA TACGGATCCA ACAGAGCTAA TGAAATTACA CGATAAGATT
ATTCGTTTGG AAAACGCAGT GGCAGGATTA TCTGAGGACG GTGTTGGGGT TGCAAAATCT
CCAACTCATT ATGTTCAGTT TGTTGAAAAA CGGAAGCCTG CTGAAGGGAA CTTTATGTTT
GCGACAAATT ATCATACAGG ATATATCCCG ACGGCAATGA ATAGAGTTTT AGATTTAGAA
GTACTTGAAA AGGATGGCTG GGGACCATGG CATGAAGTTG GACATTTACA TCAGCAAGAA
CCTTGGAAGT GGTCTAAAGT AAGGGAAGTC ACAGTAAATA TTTACTCATT AGCTGTTCAA
AAGGCATTAG GGAATCAATT AGAAATGGAT GAGCACTATA AAGAGTCATT TGAGTATTTA
GAGAGACCTA AAGCAGAAAG GGTCATTGAT GAAATCAATC CTCTTACAAT GTTTTGGCAA
TTAAATGTAG TGTATGGAGA ACATTTTTAT CCTAGGTTAC ATCAAGCTTA TCGTTTGTTG
CCTCAGAGTG AAATGCCTAA TTCTGATGAA GAGAAAAAGC AACTATTTAT TTATATGACA
TCAAAAGTGG CTGGGCAAAA TTTAATTCCT TTCTTTGAGG AATGGGGATT AACGCCAAAT
GATGATACTA GAGAGAAGAT AGAAAAATTA AATTTACCTA AATTAGAAAA AGAAATATGG
AAAGCTACTG ATAGTAATGA TATTCGCGAG AGGCAAGTTG AACCGTATAA GGTTCCGTAT
AGTGAACCTG CTAATGAGGT ACAAAACCTT TTAGTTGGTA CGGATTCTGA TGAAAACGAG
GCGAGTAAAC TCGTTCAAAA TTTAGGTGAG AATGTAAAAG TAACAGGTAA GATCATATGG
CCTAAATTAG AGAATGGAAA ACAGGAAGTG TTAGTAGAAA TTGAAGATGA GAAAGGAAAT
AAAAATTCAA TTCCTGTCCA AGTTAATGGA GTTTATGGTG ACAGTATAAT TTTTCAAGGA
CTTTCAAATG AAGTAATGTC GACAGTGATG CTTCGTCACA ATGAAAAAAA ATTAAATGTA
AACTTTACTA ATAATAAAAT ACATTACCGT TTTGAAAAAG AAGAATATAT GGGCTTAACG
GTATATGATC GAAATGGGAT TGAAAAGAAA AGTGTATCGG CAGAAGGGCA AGAAAATGGA
AAACGATTTG CGCTTGAACT AAATGGATTG GATTTTGAAT ATGGTGATGT AGTAAAAGTA
TTCCATGCAG AACCAGACCG TTTGAAGTGG TATCAAAATA ACGCACTTGT AGATCAAGGA
AATGCTAAAA ATAAAAAAGG GAAATTATTC CAAATCACTC CGCAAGGGTT CGAATTTAAA
GATGGTTTAC AAGAAGTAAC AGCAGTACCG CAAAAAGTAG TAATCGGAGC AGATGCTGAA
AAGTTAGAAG CGAAAAACTT CGTACAAGTA AAAGATGGAG AAGTGAGTGG TTTTGCAGAA
AAACCAAATA CATCAAAAAT CGGTGAACAA AAAGTAAAAG TAGAAACAAA AGATCGATTT
GGAAATAAGC AAGTGACGGA AGTTCCTCTA ACAGTAACAT ATGGAGATAG CTTACTTGTA
TATGGATTAA GCTATGGTAC TGACGATATG AAGTCAATTA TAACGTTACA TCATGATACG
AAAAAACTGA GTGCAACAGA TACAAAGAAT CTGATTCATG ATTACTTTAA AGATGAGAAG
TACTTTGAAT TCACACTGTA CGATAAAGAG GGAAAAGAGA AGAAAAATAT AGCGGTAAAA
GGTTTGGAGA ATACGAAAGC TTTTGCCAAG GAAGTAAATG GACTTGCATT TGAGTATGGA
GATGTGGTGA AAGTATACCA TGCAGAATCT TCTCGTTTAC ATTGGTACCA AAAAGATTTA
TATGTGGGAG AAGGAAACAG TAAAGAGATA AAGGAATTAG TCTTCAAAAT TACTGAAAAT
GGATTTGAAA GGTTAGACGG TGAGCAAACA GTAAAAGCAA ATCCACAAAA AGTAGTAATT
GGAACAGATG TAGAAAAGTT AGAAGCGAAA AACTTTGTTG AAGTAAAAGA TGGAGAAGTA
GTTGGATTTG TAGAGAAACC AACTACATCA AAAATCGGTG AGCAAACAGT AAAGGTAGAG
ACGAAAGATC GTTTTGGAAA TAAGAAAGTG ACAGAAGTGT CATTAGAAGT CATTTACGGT
GATAGCATTA TGTTCTTTGG TACAAGTTAT GGCGGAACAA ACATTAAATC GGTTGTAACG
TTAAATCATG AAGAGAAGAA ATTCGGTACA ACAGATTCAG AAGGTAAAAT GCATACTTCA
TTTGCGGATG AGCAATATAT GGGAATGACT GTATATGATA AAGATGGGAA AGAGAAGAAA
GCAGTATCTG TAAAAGCGTC TGAAAATACG AAAGCATTCG CAGAGCAATT TAAGGGAATG
TCGTTCGAAT ATGGCGATAT AGTAAAAGTG TATCAAAGAG AGTTTGATAG ATTTAAAGTG
TATAAAAAGA ATGAATTCGT GGATGCACAG TATGGCGTTC ATGAAGTGTT CTTTAAAGTT
ACGGAGCAAG GTTTCGAAAG AATGGAAGCT CAGCAAGAAA TAAAGGCAGT ACCACAAAAA
ATAGTAATCG GAACAGATGA TGCAAAATTA AATGCAAAAG ATTTTGTTCA AGTGAAAGAT
GGAGAAGTGA TTGGTTTTGT AGAGAAACCA AATACAACGA AAATCGGAGA ACAAAAAGTA
AAGGTAGAAA CGAAAGATCG TTTCGGGAAT AAGAAAGTAA CGGAAGTATC ACTAGAAGTA
ACGTATGGGG ATAGCTTGGT ATTTAAAGGG TTAAATTATA GTACTGATAT TAAATCGATT
GTAACATTGC AACATGATCA GAAAAAATTC AGTACGACAG CTGATTCGAA TCCGGTGCAC
CATTATTTTA AAGAAGAAAC GTACTTTGAA TTTACATTAT TAGATCAAAA AGGAATAGAG
AAGAAGAAAG CGACTGTAAA AGGTGTTGAA AACACGAAAG AGTTTGCAAA AGCGATTAAC
GGCTTAGAAT TTGAATACGG TGACGTTGTA AAAGTGTATC ATGCAGAATC GGATCGATTT
AATTGGTATC AAAATAATAA CTTTACTGGT CAAGGTAAGG CGAAAGTAGA AAAAGAATTA
TTCTTTAAAG TAACAGAAAA AGGTTTTGAA AGAATAGAAG CTCTACAAGA AGTAAAGGCA
GTACAGCAAA AAGTAGTAAT CGGAACAGAT GCTGAAAAGT TAGAAGTGAA AAACTTTGTT
GAAGTAAAAG ACGGAGAAGT AATTGGATTT GTAGAGAAAC CAGACACAAT GAAACTCGGA
GAGCAAAAAG TAAAAGTAGA GACGAAAGAT CGTTTTGGGA ATAAGACAAT AACAGAAGTA
CCGATTGAAG TGACGTATGG AGATAGCCTG GTGTATCAAG GTGTGTCCAA TGTTACACGT
TCTATTGTTA CGTTAAATCA TGACGAAAAG AAATTACATG CAACATTTAC GAATGATGTG
ATTCATTATC GTTTTGTGAA CGAACAGTAT TTAGGTTTTG CGATTTATGA TCAAAATGGA
AATGAGAAAA AGCATATATC AGCAGACGGT CAAGAAACCT CAAAGAATTT TGCAGAACAA
GTAAATGGTA CTCCATTTGA GTATGGGGAT GTTGTAAAAG TGTATCATGC AGAACCAAGT
CGTCTGAAAT GGTATAAAAA GAATGAGTTA GCAGAACAAG TAGCTTCAAC AGAAGTTGTA
TTTAAAATCA CTCAAAGTGG ATTAGAACTA GTAAAGGGAA CATTGTAA
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| Protein sequence | MSKKKKSRVL VAGICISTLL SPVAFEASKG YAAPLEENKG GNLEESKENK FEQRVFQLPG
KGSVEEENNR LRVTWKLSAN EPTGIYAAPN EEITIDIKGT QSIQAFIGTR SYDEKDPEEF
DLKPGKNVIS SPRGGILYFY NMNNEGEVTA SVTNGGSHFP LFILGKHTKK DWDEMLKKYK
DPYAVELKGE RSLITTTYDS VQKYMKNTDP TELMKLHDKI IRLENAVAGL SEDGVGVAKS
PTHYVQFVEK RKPAEGNFMF ATNYHTGYIP TAMNRVLDLE VLEKDGWGPW HEVGHLHQQE
PWKWSKVREV TVNIYSLAVQ KALGNQLEMD EHYKESFEYL ERPKAERVID EINPLTMFWQ
LNVVYGEHFY PRLHQAYRLL PQSEMPNSDE EKKQLFIYMT SKVAGQNLIP FFEEWGLTPN
DDTREKIEKL NLPKLEKEIW KATDSNDIRE RQVEPYKVPY SEPANEVQNL LVGTDSDENE
ASKLVQNLGE NVKVTGKIIW PKLENGKQEV LVEIEDEKGN KNSIPVQVNG VYGDSIIFQG
LSNEVMSTVM LRHNEKKLNV NFTNNKIHYR FEKEEYMGLT VYDRNGIEKK SVSAEGQENG
KRFALELNGL DFEYGDVVKV FHAEPDRLKW YQNNALVDQG NAKNKKGKLF QITPQGFEFK
DGLQEVTAVP QKVVIGADAE KLEAKNFVQV KDGEVSGFAE KPNTSKIGEQ KVKVETKDRF
GNKQVTEVPL TVTYGDSLLV YGLSYGTDDM KSIITLHHDT KKLSATDTKN LIHDYFKDEK
YFEFTLYDKE GKEKKNIAVK GLENTKAFAK EVNGLAFEYG DVVKVYHAES SRLHWYQKDL
YVGEGNSKEI KELVFKITEN GFERLDGEQT VKANPQKVVI GTDVEKLEAK NFVEVKDGEV
VGFVEKPTTS KIGEQTVKVE TKDRFGNKKV TEVSLEVIYG DSIMFFGTSY GGTNIKSVVT
LNHEEKKFGT TDSEGKMHTS FADEQYMGMT VYDKDGKEKK AVSVKASENT KAFAEQFKGM
SFEYGDIVKV YQREFDRFKV YKKNEFVDAQ YGVHEVFFKV TEQGFERMEA QQEIKAVPQK
IVIGTDDAKL NAKDFVQVKD GEVIGFVEKP NTTKIGEQKV KVETKDRFGN KKVTEVSLEV
TYGDSLVFKG LNYSTDIKSI VTLQHDQKKF STTADSNPVH HYFKEETYFE FTLLDQKGIE
KKKATVKGVE NTKEFAKAIN GLEFEYGDVV KVYHAESDRF NWYQNNNFTG QGKAKVEKEL
FFKVTEKGFE RIEALQEVKA VQQKVVIGTD AEKLEVKNFV EVKDGEVIGF VEKPDTMKLG
EQKVKVETKD RFGNKTITEV PIEVTYGDSL VYQGVSNVTR SIVTLNHDEK KLHATFTNDV
IHYRFVNEQY LGFAIYDQNG NEKKHISADG QETSKNFAEQ VNGTPFEYGD VVKVYHAEPS
RLKWYKKNEL AEQVASTEVV FKITQSGLEL VKGTL
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