| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BAS4798 |
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| Symbol | |
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| ID | 2851076 |
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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 anthracis str. Sterne |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005945 |
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| Strand | - |
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| Start bp | 4688007 |
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| End bp | 4694084 |
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| Gene Length | 6078 bp |
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| Protein Length | 2025 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637508056 |
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| Product | cell surface protein, anchor |
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| Protein accession | YP_031041 |
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| Protein GI | 49187788 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAAGAAAT CGTTGAAGTG TTTTAATGTC GTAACAATAA TCGCACTTCT CCTATCCATC
ACCTTGCCTT CACCTAGTGC TTTTGCAGAG ATACATAAGA AGAGCTGGGA TGAGTTACAA
GGAAATGATG TGAGAATTAA GGCAGAGCAA GTAAATGCTG AAATATATAG GGGAGAAGTA
GCTGAGAGGG AGCACGTATT TCAATATACG ATTGAAAATA CGGGAGATAC ACCAATTCAA
GAATTGGTAC TTAAACAAAA TAATGAAAAT GAAATTACGT TCCTCTCGCA ATCTATGAAA
GTAAACGGAG AGAAGTTACC TGAAAATAAA GTAGCGGATT TCTATGTAGA GGAAAAAGAT
AAGGGAGGAA AGCTTCTTTC TTCTAATCTT AAAATTCGAG ATTTAAAATC ACACGAAAAA
ATGACTGTGT TAATAAAAGC TAGTCGCACG CAGCATTTTA ATAAAGAATA CAAACAAAAG
ATTAGTGTAC AAAAAGATCA AGTACAAATA GGGAGCATGT CCTTTAATGT GGAAGGGATT
CCTTCTGAAG ACAAGGTAGA AGCTAATGCT GATGATGAGG CTGACAGTAG TAAGGAAGAA
GTAGGCCCAT CACCTGATAG TACACCTAAA AAAATTACTG AAAAGCTAAA AGTATCTGTA
GAAGATACAA ATAATCCTAC ATCCAACACA GAACTGGTAA AGCAACCAGT AACTGAAGCT
GAGAAACAGC CAGAAAAAGA GGCAGCAAAG CAGAGTAATG CAGAAGTACA AGCTGCGTCA
GAGAATGCTT CAAAGGTTCA AATTCAGGTA GGAGATAAGC AAGGGTTTGG AGATCCGTTG
TATTCTACAA TTACTGCTGG TGATTTAGTG CAAACGGGTA ATGTGACGCT TGGTTTGACA
GATAATCATT ATACTAGGCA AAGTGTTGGT GGGAAAACAA ATAAAAAGGC TGTAGATGTT
GATAATGACG ATACTACATT TAATTCATCA ACAGGAGCTT TTCCTAACAT CCCTGCTGGA
AGTAAAGTGA AAAAAGCGTA TTTATTTTGG ACAGCAGCTA TGGGGGCTCC AAGTGATGCA
AGGATCGACT ATAGAGTTAG CGATGAAGAT GTAAGACAGC CCATTAAAAT GAAGATGGGA
AATAAGCAAT ACGCTGAAGT AAGTGCTGAT AGTATACGGA AAGCGGATTA TTTACCGTAT
ATTGCAAATC ACTATAGCAG TGGCGCAGGA TATGTTGCAT ATGCTGACGT GACAAATGTA
ATTGAAAAAC AAGGTATTTC TCAAACGGTG ACAGTTGCGA ATGTACCACA AATTAAATTT
GAAAAGGGCA GTGGCTATTA CTGGGGTAAC TGGAATCTTA TATTAGTGTA TGAAAACTAT
AAAGAAACCG TAAAAGATAT GAAAATTTGG GAAGGTTTAG TTTCTCAAAA AAGTACAGCT
TGGGCAAATA TTAGTGTTAA TAAAATAAAT ACACCGAAAG AAGGGGCTTT TAAGGCGAAA
TTTAGTTATT TTTCGTCACA AGGAGATCCT GCTGAAAATG ACATATATGC TTATGATTAT
GGAGAGTATG ATTTTGGATT AGGATATCAA AAGTTAAAAA ATATTAATAG TAAAGAAAAT
GATGTGAATG ACTCGTCTAT GACAGAAGTA CAAGTAGACG GTACTAACGA GTTTGTTACA
AAAAAATATC CAGGATATAA CCCGGATTGG ACAAATTCCT TTAGTACAGA CATTCATACA
TATCACCTTG AAGGACCAAA CCAAGTAAAA AATGATTTAA AAGAAGCAAA AATGCGTTTT
AGAGCAAATG GTGCTACTGG TGATATTTAC GTATTAAACA ACGCCACATT CGTTACAGAA
CATAATGCGC CAAACTTACA GGTTGATAAA AAGGCGTTAG ATAGTGCTGG AAAAGAAATT
AAGGAAGTTA AAGCTGGCGA AGAGATTACG TACAAAATTG AAGTGAAAAA TGATACGAAG
AACAATCAAG CGCCGGTATC TAATGTAAAA GGCTTTGATA AATTAGATGA TCGATTAGAG
TATGTCCCGG GATCAATTCA ATATGTTACT GGTAGCAATG CAGGACAAAA AACAGATGAC
GCAAGCGATG ATGAAGCAGA GTTTGTAAAT AATCAAATTG ATTTCCGTAT TGGTGAAGGG
GCAGATGCTA AAGACGGTGG CGTTTTAAAG CCTGGTGAAA GTGCCGTTCT TACATTTAAG
GTGAAAGTGA AAGAATCTAT AAAATCAAAT ACAACAGTAA AAAACGTCGT TGCTGTAAAG
GGACAAGATA GTGCCGAGAT AAAGTATGAG AGTGAAGATG ATGCAAATGT TACGGTTACG
ATTCCAAAAG AGGTTCCTGG AGAAATAGAA GCGAGAAAAA TAGCTTCTAA TAAATCACCG
AAGTTAGGTG ATGAGGTAGA GTATCGTATT ACATTTAAAA ATAAAGTCAA AGATGGACGT
CTAGATGTAT TGACGATTGA AGACCAATTA CCGAGTAGTC TTGAGTTTGT GAAAGACAGT
TTGAAAGCTG AAGGTGTACA GCCAGAGCCA GTAGAACTGA AATTTGAAAA TGGAAAAATC
ATTGCAAAGT ATCCAGCAAT TACGGATATG GAAGAAAGAA GTATCGTCTT TAAAACAAAG
GTAAAAGAAA ATGCGGAAAT TGGTAAAGAA ATTACTAACA AAGCGACTGT AAGTGATAAG
ACAACTTCTA CAAAGAATAT AGAAGAAAAG ATTACACCGC AGCATAAGGC TGGCAAGATT
GATGCAAAGA AAAAAGCGAC AAATAAGAAG CCGAAGCTAG GAGAAGAATT TGAGTATCAA
ATTAGCTTCA ACAATACGGT GGAAAACGGA AAACTAGAGG CCGTTACAAT AGAAGATGAA
ATTCCAGCTA ACTTGGAATT TGTTCAAGGC AGTGAGAGAG CTGAAGGTGC TGGACCAAGT
CCAGTAGAGT TAAAAGTAGA AAATGGTAAG GTAATCGCAA AATATCCAGC AATTACGGAT
ACAAAAGAGC GAAGCATCAT TTTTAAAGTG AAAGTAAAAG AAGAAGCAAA AGCAGGAGAA
ACAATTGTTA ATAAAGCAGT TGTGAGTGAT CCGAATGGTC AGTCTGAGCA TCCAGAAGAA
AAGGTTACGC CAGATTATAA AGACGGTAAA GTAGATGTAG ATAAAAGTGT AACGAATCAA
ACACCAAAAC TAGGAGAAGA AGTGGAGTAC CGCATTACAT TTCATAATAC GGTAGAAAAC
GGAAAGCTAG AAAAGGTATT GGTAGAAGAT ACATTGCCTG CAGGTGTTGA ATACGTGAAA
GATAGTTTGA AAGCTGAAGG CATCAAACCA GAGCCAGTAG AACTAAAAAT GGAAAATGGA
AAAATCATTG CAAAATATCC AGAAATTACG GATATGGAAA AAAGAAGTAT TGTTTTTAAA
GTAAAAGTAA AAGATTCGGC AAAAGTAGGG GAGGCAATTG TAAATAAAGC AATTGCAAAA
GATCCGAAAA ATGAGCCTGT TGAATCGGAT GTTGTTATTA CACCGCAAAG TAAAAAAGGG
GAAATTGCTG CTACAAAGGT AGTTAATAAT AAGAAGCCAA AGCTAGGAGA AGAAATTGAG
TACCGCATTA GTTTTCATAA TATGGTAGAG AACGGAAAAC TAGCAGAGGT ACGAGTAGAA
GATACAATTC CAAAAGGTCT TGAATATGTA GAAAATAGTA TTAAGGCTGA AGGGGAAGCG
CCGAGTCCAG TAGAATTAAC AGTTGAAGCT GGGGTAATTA AAGCTAAGTA TATCGATATT
ACGGATACGA AAGAAAGAAG TATCGTCTTT AAAGTAAAGG TGAAAGAAGA AGTAGAAGTA
GGTAAAGAAA TTGTGAATAA AGCAATTGTT GATGATACGA AACATCAACC AATTGAGCCG
GAAGAAAGAA TTACCCCACA ACATAAAGAT GGGATAATTA ATGCGGCTAA GATAGTAGAT
AATCCATCAC CAAAACTAGG AGAAGAAGTG GAATACCGAA TTAGCTTTAA GAATACGGTA
GAAAACGGAA AACTAGAAAA GGTAAAAATA GAGGATACAA TCCCTAACGG TTTAGAGTAT
GTAAAAGGTA GTGAAAAGGC GGAAGGCGAT AAACCAGCTC CAGTAAAGTT ACATGTGAAA
GATGGAAAAG TTATCGCTGA ATATGAAAAT ATTACAGATA CGAAAGAAAG AAGTATCGTC
TTTAAAGTAA AGGTGAAAGA AGAAGCGGAA ATAGGCAAGG AAATCGTCAA TCAGGCAATT
GTTGATGATA CGAAAGATTC GAAAAAGCCA GAAGCAAAAA TTACGCCATT ACACAAGGAC
GGAAAAATTA AAGCAAAGAA AAGCGTAAAT AATGAAACAC CGAAGTTAGG AGAAGAAGTA
GAATACCGAA TTAGCTTTAA AAATACGGTA GAGAACGGAA AACTAGCAGA GGTGAAAATA
GAAGATACTT TACCAGAAGG TGTAGAGTAT GTAGAAAATA GTTTGAAAGC AGAAGGTGCC
GGACCAAATC CAGTAGAGTT GAAAATGGAA AATGGGAAGG TACTGGCGAA GTATCCAGAG
ATTACGGATA TAGAAGAAAG AAGTATTACT TTTAAAGTAA AAGTAAAAGA AGAAGTAAAA
GTCGGTGAAA AAATCGTCAA TAAAGCAATT GTTGATGATA CGAAACATGA TCCAATTAAC
CCAAAAGCAG AAATTACTCC TCAGTATAAA GATGGGAAAA TTGAAGCGGA AAAGGTTGTA
AATAATCCAT CACCGAAGTT AGAAGAAGAA GTAGAATACC GAATTAGCTT TAAGAATACG
GTAGAACATG GAAAGCTAGC AGAGGTAATA ATAGAAGATG ATTTACCAAA TGGATTAGAG
TATGTGAAAG GTAGTTTACA AGCGGAAGGT TCTAAGCCAA ATCCGGTGGA ATTGAAGTTT
GAAAACGGTA AGGTACTGGC GAAGTATCCA GAGATTACGG ATACAAAAGA GAGAAGTATC
ACTTTTAAAG TGAAAGTAAA AGGTAACGTG AGCGATACGA AACATCCGCC AGAGACACCG
AAAGCAGAAA TTACTCCGCA GCATAAAGAC GGAAAACTTG AAGCGAAAAA AGTAGTAAAT
AATCTATTAC CGAAGTTAGA AGAAGAAGTA GAATACCGAA TTAGCTTTAA AAATACGGTA
GAAAACGGAA AAGTAGCTGA GGTAAAGGTG GAAGATGAAA TTCCAGCTGG TTTAGAATAC
GTGCAAGATA GTCTTAGATT TGAAGGTGCT GAGCCAAATC CAGTAGAGTT AAAAGTGGAG
TTTGGAAAAG TAATCGCGAA ATACCTAGAC ATTTCGGATA GAAAAGAACG TAGTATTATT
TTTAAAGCAA AGGTAAAAGA AACAGTTGAA ACTGGTGAGA AAATCGTGAA TAAAGCGATT
GTGGGAGATA CAATAAATCA ACCAGAAGAA CCGGTTGTTT CAATCACACC GCAGTATAAA
GATGGCATGC TTAAAGCGGA AAAAGAAGTA AGTAATAAAG AACCAAAGCT AGGAGAAGTA
GTAGAATACC GAATTAGCTT TAAAAATACG GTAGAAAACG GAAAGCTAGC AGAGGTTAAA
ATTGAAGATC AATTACCAGA TGGCTTAGAG TATGTGAAAG ATAGTGTCAA AGCCAAAGGG
GCAATAGAAG TAAAAGTAGA GAATGGAAAG TTAACTGCGA AGTACGAAAA TATTATAGAT
ACAAAAGAAA GAAACATTAC TTTTAAAGTG AAAGTAAAAG AAAAAGCCGG TGAAGAAATT
GTAAATAGAG CAATTGTTGA TGACGGAATA AATCAACCGC TTGAACCAAC AGTCTCAATT
AAGCCGAAAG AGCCAGAAGT GAAACCGGAA GATCCGAAAG AACCAGAAGT GAAACCGGAA
GATCCAAAAG AACCAGAAGT AAAGCTGGAG AAACCGGAAG TAAGATTGGA AAAATTAATT
AAAGAGCCGC AAGTAAAAGT AGAGAGAGAA TTACCGAAAA CAGGGGCAGC GTCTCCGTGG
ATGGTCTCAG TTGGTGCGGG AATTTCATTC TTAGTTGGCG GAGTATTATT TGTATTAGGT
AGAAGAAGAA AACAATAA
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| Protein sequence | MKKSLKCFNV VTIIALLLSI TLPSPSAFAE IHKKSWDELQ GNDVRIKAEQ VNAEIYRGEV
AEREHVFQYT IENTGDTPIQ ELVLKQNNEN EITFLSQSMK VNGEKLPENK VADFYVEEKD
KGGKLLSSNL KIRDLKSHEK MTVLIKASRT QHFNKEYKQK ISVQKDQVQI GSMSFNVEGI
PSEDKVEANA DDEADSSKEE VGPSPDSTPK KITEKLKVSV EDTNNPTSNT ELVKQPVTEA
EKQPEKEAAK QSNAEVQAAS ENASKVQIQV GDKQGFGDPL YSTITAGDLV QTGNVTLGLT
DNHYTRQSVG GKTNKKAVDV DNDDTTFNSS TGAFPNIPAG SKVKKAYLFW TAAMGAPSDA
RIDYRVSDED VRQPIKMKMG NKQYAEVSAD SIRKADYLPY IANHYSSGAG YVAYADVTNV
IEKQGISQTV TVANVPQIKF EKGSGYYWGN WNLILVYENY KETVKDMKIW EGLVSQKSTA
WANISVNKIN TPKEGAFKAK FSYFSSQGDP AENDIYAYDY GEYDFGLGYQ KLKNINSKEN
DVNDSSMTEV QVDGTNEFVT KKYPGYNPDW TNSFSTDIHT YHLEGPNQVK NDLKEAKMRF
RANGATGDIY VLNNATFVTE HNAPNLQVDK KALDSAGKEI KEVKAGEEIT YKIEVKNDTK
NNQAPVSNVK GFDKLDDRLE YVPGSIQYVT GSNAGQKTDD ASDDEAEFVN NQIDFRIGEG
ADAKDGGVLK PGESAVLTFK VKVKESIKSN TTVKNVVAVK GQDSAEIKYE SEDDANVTVT
IPKEVPGEIE ARKIASNKSP KLGDEVEYRI TFKNKVKDGR LDVLTIEDQL PSSLEFVKDS
LKAEGVQPEP VELKFENGKI IAKYPAITDM EERSIVFKTK VKENAEIGKE ITNKATVSDK
TTSTKNIEEK ITPQHKAGKI DAKKKATNKK PKLGEEFEYQ ISFNNTVENG KLEAVTIEDE
IPANLEFVQG SERAEGAGPS PVELKVENGK VIAKYPAITD TKERSIIFKV KVKEEAKAGE
TIVNKAVVSD PNGQSEHPEE KVTPDYKDGK VDVDKSVTNQ TPKLGEEVEY RITFHNTVEN
GKLEKVLVED TLPAGVEYVK DSLKAEGIKP EPVELKMENG KIIAKYPEIT DMEKRSIVFK
VKVKDSAKVG EAIVNKAIAK DPKNEPVESD VVITPQSKKG EIAATKVVNN KKPKLGEEIE
YRISFHNMVE NGKLAEVRVE DTIPKGLEYV ENSIKAEGEA PSPVELTVEA GVIKAKYIDI
TDTKERSIVF KVKVKEEVEV GKEIVNKAIV DDTKHQPIEP EERITPQHKD GIINAAKIVD
NPSPKLGEEV EYRISFKNTV ENGKLEKVKI EDTIPNGLEY VKGSEKAEGD KPAPVKLHVK
DGKVIAEYEN ITDTKERSIV FKVKVKEEAE IGKEIVNQAI VDDTKDSKKP EAKITPLHKD
GKIKAKKSVN NETPKLGEEV EYRISFKNTV ENGKLAEVKI EDTLPEGVEY VENSLKAEGA
GPNPVELKME NGKVLAKYPE ITDIEERSIT FKVKVKEEVK VGEKIVNKAI VDDTKHDPIN
PKAEITPQYK DGKIEAEKVV NNPSPKLEEE VEYRISFKNT VEHGKLAEVI IEDDLPNGLE
YVKGSLQAEG SKPNPVELKF ENGKVLAKYP EITDTKERSI TFKVKVKGNV SDTKHPPETP
KAEITPQHKD GKLEAKKVVN NLLPKLEEEV EYRISFKNTV ENGKVAEVKV EDEIPAGLEY
VQDSLRFEGA EPNPVELKVE FGKVIAKYLD ISDRKERSII FKAKVKETVE TGEKIVNKAI
VGDTINQPEE PVVSITPQYK DGMLKAEKEV SNKEPKLGEV VEYRISFKNT VENGKLAEVK
IEDQLPDGLE YVKDSVKAKG AIEVKVENGK LTAKYENIID TKERNITFKV KVKEKAGEEI
VNRAIVDDGI NQPLEPTVSI KPKEPEVKPE DPKEPEVKPE DPKEPEVKLE KPEVRLEKLI
KEPQVKVERE LPKTGAASPW MVSVGAGISF LVGGVLFVLG RRRKQ
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