| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GBAA_0414 |
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| Symbol | |
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| ID | 2817348 |
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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. 'Ames Ancestor' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007530 |
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| Strand | - |
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| Start bp | 433618 |
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| End bp | 436380 |
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| Gene Length | 2763 bp |
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| Protein Length | 920 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637787388 |
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| Product | hypothetical protein |
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| Protein accession | YP_017038 |
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| Protein GI | 47525689 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.940327 |
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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 | ATGACCATTG AAAATCAATT TATCCAAAAG GTTTACTATA AAACATTTTT AACAGAAGAA
ACTTCTACTC CAGTATCAGA TGTACTTGGT GAAGCATATA TAAATGAATC TACAAATGAA
TTCTCCAACA TTTCTAATAT CCGTTTTGCT CAAGGCGAAT TGTATTACCA AAATAAAGAC
TTTGAAGCAG CGATATTTAA ATGGGAAAAA GTAAATAACG AGCTTGCACT TTGGGCAACC
AAAAATATTG CAGATGCTTA TTTTGAACTA GGATTCTTAC CAAAAGCAGA AGAAATGTAT
CAATCTATCC AAACGGAAGA TACAACTCTT ACAATGGAAG TTTCCCTACA ACTCCTTTCT
CTTTATATCG AGCAAGATCG TTTAGGTCTA GCATTTAAGA CGATTAGTGA GGCTGTTGCA
TTTCAACCTG ACTATCCAAA TATTACTTCA ATTGCTCGCT CATTCTATGA AAAACAAGAA
GATTGGAATA ATGCCATCGA ACTTGCCGTT CAAGAAGGAA TTCGAACAAA ATCATTACAC
TGGTTCGATA CTTTAATCAA TTATGTGAAT CAAGGATTTA CGAAACAAAT CAAACCAGAA
TATTTCTATG AATCTTTAAA AGCACTATAT GCAATTGATC AAGTCCAATT TAAAGAACTT
GTTATTACTC TTTGGAACAG CTATCAAAAT GAAAAATTAC ATCTACCTTG GATTGAAACA
ATCAATCATT TATTCTTACA TATTGAAACA GACAACAATG ACGATTGGCA TGAAATTGTT
GAACGTTATC AAGATACGTA CTTTGAATTA ATTACTGGTG AGCATTTCAT GCATGAAATG
CAAGGACTTG TACCTGATTT ATTAACAAAT TGGTTTAGTT TAACGAGAGC AAAAGACGCC
CTATTTGTCT CTGCTGCAGT GTTAGCGTGG AATGAAGTTT CACCTACAAC TTTAGAGTCA
TTACTCGTAA AAAGTGCGGG AGCCCTACTT TCTAATTCAA CAGCTGAAAC AAACGTAAAT
ATGGAAACTG TTTCTCATTT ATTCGAAACA ATTGCTGTAT GGGCTGAAAA AAATGATGTA
GATTTAAGTC ATCAATTTAC GTTACTCGTT CATGAACTAT GTGATTTAAA TGTTACACAA
TTACTAATAG CGGGAACTAG TGACCACGAT AAATTATCAT TCGTCAATTC AATATTAGGA
GAGAACATCT TAACTGAGAC TATAACAACT CCTATTTTAT TTAAAGATGA TAGCCAAACT
GAAATAACAG AATTTACTGC GTTAGATGTA CACAATATAC CGAACTTTGA TGAATTCCAT
CAAATAATGG CTACATCTGA CCAGTCAGAA CTTGAGAATA AATGTATAGA AATTAAATTA
CCAAGTAGAT TTTTAAGAAA AAATAAGTTT GCATTCCTTG TTACGCCATC TGTTCAAGGA
CAAGTGGATA AAAACAGCTC ATATTTTGAA TACTTACAAG CGGCAGATAG CCTTATTTAC
GTATTAAATT CTGCTTCGCC ATTACATGGT AAAGAGCTTG ATACATTACT TTATTTACGT
GAACAAGTAC CAAACTTACA AATTCATTTC GTACTACACA CAAATAGTGC GGACAAGAAT
GAAAAACTAA TGAGTAAGAT TAAAGTCCAT TTCCCAAATG CACAATTCTT CCCATACTCT
CCTTCACAAG AGAGTAGCCA GCAACTTGGG GACGTGACAG AGTCTATTCT TTCTAATCTA
GCAACACGCG ATATAGAACA AGAACGTATA GAAAAACTAA TATGGTTTAC TCAAAAGACA
ATCGCATACC TTGTAAATGA ACGTGTGGAA TTAGAAAATA CATTAGTGAA ATCAGTACGC
TGGAATAAAC ATATCTCAGT AAAACTAAAT GGATTTATTA ACAATCTTAC CGCTCTTGAA
AAAGATAAAA TTCGTTCTAT TACAGAATCT TATCTTTTAA CGAAAGAAGA AATCACACGA
GATATCCATT CTCAAATTCC TGAATTATTA CAGAGCTGCT CTGACCTTGT TCAAGAAGAT
AGTGATTTCA AATTAGTTCA TGAAGAATTA AATACTGCGA TGAACGAACG AATTCAAAAA
CATGTACAGC AAGTGCTTCT TCCTAAATTT ACTGGGTTTA TTCAAGAGTG GATTGAAACA
GCACATAATG AATTTATTCA AGCTCAATCT TATTTAGATG AAATGAGTGA AACGTTTAAT
AAATTATATA AAGAAGAACG CATGAAACTT CCTTGCGATT TCAAATTACT AGATGATTGG
CATCGAGATG TTGTACGCAT GACCAATAGA ATTACAGTAT CGAATATCAA TATTTTATTA
CGTTTTACAC CGACACAATT TTTCTTAAAG AGTGCAGGAA AACTATTTGG TAACATGCAA
AAAAATCAAT CTATGCTTGC AAACAAATAT AAACAGTATA TTGAAACGGA AGACTATACG
GAAATTGCTC AAACGATTTC AAAACAATTC TTCCTTCAAT TTGAAGTATT TGAAGGCGCA
TTAGAACGAG ATATCATGAT GTTCTTTAAA GATCCACTTA GCATACTGAA ACAAAATGTA
GAAGCCGCTC AACTTGAAAT ACAGGAAGAC GAGCAAACAT TAGCAACGTT AAGAAGCAAC
CCAGAAACTT ATCACGATCC GTTAGCATTC TTTAAACTGC AACTATTGCA GCACAAATTC
ATTTTAAGTA CACACAAAAA CAATGAAGAC ATCTATGAAT TTAATGAGTC TCCTACGATT
TAA
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| Protein sequence | MTIENQFIQK VYYKTFLTEE TSTPVSDVLG EAYINESTNE FSNISNIRFA QGELYYQNKD
FEAAIFKWEK VNNELALWAT KNIADAYFEL GFLPKAEEMY QSIQTEDTTL TMEVSLQLLS
LYIEQDRLGL AFKTISEAVA FQPDYPNITS IARSFYEKQE DWNNAIELAV QEGIRTKSLH
WFDTLINYVN QGFTKQIKPE YFYESLKALY AIDQVQFKEL VITLWNSYQN EKLHLPWIET
INHLFLHIET DNNDDWHEIV ERYQDTYFEL ITGEHFMHEM QGLVPDLLTN WFSLTRAKDA
LFVSAAVLAW NEVSPTTLES LLVKSAGALL SNSTAETNVN METVSHLFET IAVWAEKNDV
DLSHQFTLLV HELCDLNVTQ LLIAGTSDHD KLSFVNSILG ENILTETITT PILFKDDSQT
EITEFTALDV HNIPNFDEFH QIMATSDQSE LENKCIEIKL PSRFLRKNKF AFLVTPSVQG
QVDKNSSYFE YLQAADSLIY VLNSASPLHG KELDTLLYLR EQVPNLQIHF VLHTNSADKN
EKLMSKIKVH FPNAQFFPYS PSQESSQQLG DVTESILSNL ATRDIEQERI EKLIWFTQKT
IAYLVNERVE LENTLVKSVR WNKHISVKLN GFINNLTALE KDKIRSITES YLLTKEEITR
DIHSQIPELL QSCSDLVQED SDFKLVHEEL NTAMNERIQK HVQQVLLPKF TGFIQEWIET
AHNEFIQAQS YLDEMSETFN KLYKEERMKL PCDFKLLDDW HRDVVRMTNR ITVSNINILL
RFTPTQFFLK SAGKLFGNMQ KNQSMLANKY KQYIETEDYT EIAQTISKQF FLQFEVFEGA
LERDIMMFFK DPLSILKQNV EAAQLEIQED EQTLATLRSN PETYHDPLAF FKLQLLQHKF
ILSTHKNNED IYEFNESPTI
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