| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BAS5206 |
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| Symbol | |
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| ID | 2848219 |
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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 | 5090870 |
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| End bp | 5094178 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637508461 |
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| Product | collagen adhesion protein |
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| Protein accession | YP_031445 |
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| Protein GI | 49188192 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGATCCAAA GACCCAAACA ATTGAATGGA CGATTACTTA CAACGGTGAT CAAAGAAATA
TCAAAAAAAA CAGATGCACT TTTAAAAGAT ATTTTTGACG ATACACATGA ATTAGATGTA
AATTCTATCG TTGTGAAAAA CGCTTCATAC GACGATAAAG GAAGGCTTGT AACAGGAGAC
ACTGTTAATA ATTACACTGT AACTAACAAG AAGAATGGAT TCGACTTACA GTTTAATGAA
GATATTAATA GTGCGTATGT AATTACCTAT AAAACAAAGC CAACTAATAA TGTCATAAAA
GATGGAAAAA TAAAGAATAC AGTTACAGCT GATAATGGCT CAAGTAAAGA AAATGAGGCT
GGTTTCCAGC AGCAAAATAT TATTAAATCT AATAATAAAG CTGAAACAAA CTATAAAGAC
AAAACAACAA CCTGGACAAT TACGGTAAAT AATAACAACT ATCCATTAAA CAACGCGATC
ATTACGGATA CCTTTGACCA CGGTGGATTA CAATTAAAAG ATAAAAAACT AGAAATTAAA
GACGGAGATT ATACCCTTCA GGCTGAGACT GATTATGTTT TAGATGTAAC AGATAAAGGT
TTCAAAATTA CCCTTATAGG TACATATCAG TCTAATATGA CAAAGACATT AATCGTAAAA
TATACGACAG ACTTTGACTA TACAAAACTA GAAAGTGGTA AAACTTCATT TAAAAATACA
GGTAACCTAT CTTGGATAGA TGCAGGGTCC AATCCACAAT CAAATAAAGT TGAAGCAGAC
TTTGATCCTG ATACTTTCAC AAAGGCAAAT GGCTATAAAT ACGGTTCTTA TAACGCCCAA
ACGAAAGAAA TCACTTGGAT AATAGGTTTT AATTATAATA ATGTTGAGAT TAAAGATCCC
TATGTTATAG ACGTAATACA AGATAAACAA AAGTTAGTAC CAGGATCCAT TGAAGTGCGC
CATATGATTT TAAATGGAAG TCCGGATAAT GCAAGACCTG GTGATGCTGT ACCAATTGAG
CAGTATGAAC TTGAAGAACC TACAGATAAA AATAAAAACA CCCTACAGGT TCATTTCAAG
CAATCAATTA ATTCACCTTA CTATATTATC TTTAAAACAA GCCTTGATGG TGAACTTATC
CAAAACACCT ACAAAAACGA GGCAGAGTTA AAAGATGGCT CTAAAATTGT AAACACTCTT
AAAGGTGACG CTCAAGTAAA TAAAGGTGGC AGTTTCGTTA CTAAAAAAGC GGTGCAAGAT
GACAACTATA TTAATTGGAG TATTGCAATT AACGAAAGCC AATCGACCAT TGCAGACGCA
GTTGTAACAG ACGATCCAAC AGACAATCAA GTACTTGTGG AAGATTCATT CCACTTATAT
CCTACAACTG TCGATTACTA TGGAAATGTA ACAAAAGATA CAGCAAATGA ATTAAAACAA
GGAACAGACT ATAAGTTAAC GATCACAACA GACAATAATA CCGGAAAGCA ACATTTCGAA
ATTGCCTTCT TGAAAAAAAT TGATCGAGCT TATATTTTAG AATATCGCTC ACTTATTAAT
GCAGACGATA AAGAAAAAGT GAGTAATAAA GCAAAAATCG CTGGCAATCA GTTAACAGTT
AAGAATACAG AAACTGTTGA AACGATTGAA GTGAGAATGT CTTCCGGTTC AGGTGGAGGA
TCTGCTACTA ATGGGCGCGG AAACCTTGAA ATTATAAAGG TAGATAACGA CAATAAGAAA
GTACCATTGT CCGGAGCAGA ATTTACTTTA TATGATCGTA CAGGAAAAAC CGTTATCCGC
AAAATAACAA CAGACAAAGA TGGTATTGCT AAGTTTAATA ACTTAAAGCG TGATAAATAT
TTATTAAAAG AAACAAAAGC TCCTGAGGGC TATGTAATTA GCTGGGATTT AAAACAGGGA
AAAATTGTTG AACTTGGTTC ACAAGAGACT ACAACATATA AACTTGCAAA TAAGAAATTT
GTCGGTAAAG TAGTTTTAAC AAAGTCTGAT GACCTGAATA AAAACGTAAC ACTGCAAGGT
GCCGTTTTCA CACTACTTGA TAAAGATAAA AAAATAATTT CAGAACACGA AAAATTAACA
ACAAATGATC AAGGACAAAT TACTGTAGAT AATTTAAAAC CAGGAACTTA CTACTTACAA
GAAACAACCG CTCCTGAGCA CTATAAATTA GACAGTACAC CTATTCAATT CACAATCAAA
GAAGATCAAA CAACAGTAAT AAACCGAACT GCAACAAACA GTTTGATTCC AGGATCGGCC
ATTTTAACAA AAGTCGATAA AGATGGAAAA ACTTTAGCAG GTGCGGAGTT TAGTGTACGC
GATCGACATA ACAATGTAAT TCGTGGATAT GAAAAATTAA CGACAAATGA TCAAGGACAA
ATCGAAGCAA CAAATTTACG TCCTGGAGAC TATCAATTTG TTGAAGAAAA AGCTCCTAAA
GATTACGACA TAGATAAAAC ACCAATTGAG TTTACAATTG TAAAAAGTCA AAAGAAAGCA
GTTACTGTTA CTGCGACAAA TCACCTCATT AAAGGTGGCG TCACTTTAAC AAAAACTGAT
GATATCGATG GTACAGCTCT TGCAGGTGCT ATATTTAAAA TTGTCGATGC TAATGATGAA
AAGAAAGTCA TTCGCGAAAA TGTAAAAACT GGTGCGGATG GTAAAGTAAC TGTTAAAGAC
TTGGAGCCTG GTACGTATAA ATTTATTGAA ACAGAAGCTC CTAAGGATTA TGTGTTAAAT
GCAAATCCTA TCGAGTTTAC AATCGATAAA AGCCAACAGT CTTTTGCTAC TGTTACGGCA
ACAAACAGTT TAAAAACAGG AGAAGTTGAA TTATTAAAAG TTGATGAATT CGGTGATAAA
AAACCTCTAA AAGGTGCCGT ATTTAAAATT GTTGATGTAA ATAATAATGA TGTTCGTACT
GATCTAACTA CAGATGCTGA TGGAAAAACA AAAGCTGATA AGCTACGTCC TGGTACGTAT
AAATTTATTG AAACAGCTGC TCCTGAACAT TACGTTTTAC GAGCAGAACC TATTGAATTT
ACAATCGATA GAAGTCAGAA AGAAACCCTA CTTGTGAAAG CTGAAAATGC TTTAAAACCA
GGCGATGTTG AATTAACGAA AGTTGATGAT ATCGATGGTA CAGCTCTTGC AGGTGCTGTA
TTTAAAATTG TTGATGCTAA TGATGAAAAG AAAGTCATTC GCGAAAATGT AAAAACTGGT
GCGGATGGTA AAGCTATCGC TACTGGCTTA CGCCCTGGCA ATTATAAATT TATCGAAGTA
TTACGATAA
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| Protein sequence | MIQRPKQLNG RLLTTVIKEI SKKTDALLKD IFDDTHELDV NSIVVKNASY DDKGRLVTGD
TVNNYTVTNK KNGFDLQFNE DINSAYVITY KTKPTNNVIK DGKIKNTVTA DNGSSKENEA
GFQQQNIIKS NNKAETNYKD KTTTWTITVN NNNYPLNNAI ITDTFDHGGL QLKDKKLEIK
DGDYTLQAET DYVLDVTDKG FKITLIGTYQ SNMTKTLIVK YTTDFDYTKL ESGKTSFKNT
GNLSWIDAGS NPQSNKVEAD FDPDTFTKAN GYKYGSYNAQ TKEITWIIGF NYNNVEIKDP
YVIDVIQDKQ KLVPGSIEVR HMILNGSPDN ARPGDAVPIE QYELEEPTDK NKNTLQVHFK
QSINSPYYII FKTSLDGELI QNTYKNEAEL KDGSKIVNTL KGDAQVNKGG SFVTKKAVQD
DNYINWSIAI NESQSTIADA VVTDDPTDNQ VLVEDSFHLY PTTVDYYGNV TKDTANELKQ
GTDYKLTITT DNNTGKQHFE IAFLKKIDRA YILEYRSLIN ADDKEKVSNK AKIAGNQLTV
KNTETVETIE VRMSSGSGGG SATNGRGNLE IIKVDNDNKK VPLSGAEFTL YDRTGKTVIR
KITTDKDGIA KFNNLKRDKY LLKETKAPEG YVISWDLKQG KIVELGSQET TTYKLANKKF
VGKVVLTKSD DLNKNVTLQG AVFTLLDKDK KIISEHEKLT TNDQGQITVD NLKPGTYYLQ
ETTAPEHYKL DSTPIQFTIK EDQTTVINRT ATNSLIPGSA ILTKVDKDGK TLAGAEFSVR
DRHNNVIRGY EKLTTNDQGQ IEATNLRPGD YQFVEEKAPK DYDIDKTPIE FTIVKSQKKA
VTVTATNHLI KGGVTLTKTD DIDGTALAGA IFKIVDANDE KKVIRENVKT GADGKVTVKD
LEPGTYKFIE TEAPKDYVLN ANPIEFTIDK SQQSFATVTA TNSLKTGEVE LLKVDEFGDK
KPLKGAVFKI VDVNNNDVRT DLTTDADGKT KADKLRPGTY KFIETAAPEH YVLRAEPIEF
TIDRSQKETL LVKAENALKP GDVELTKVDD IDGTALAGAV FKIVDANDEK KVIRENVKTG
ADGKAIATGL RPGNYKFIEV LR
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