| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GBAA_pXO1_0064 |
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| Symbol | |
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| ID | 2820303 |
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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_007322 |
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| Strand | - |
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| Start bp | 52063 |
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| End bp | 55392 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637682739 |
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| Product | TraG/TraD family conjugal transfer protein |
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| Protein accession | YP_016395 |
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| Protein GI | 47566385 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 58 |
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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 | ATGGAGACAT TTAAACAACG ATTACCGTTA TTTACTACAA TCACCTTAAT TAGTGGATTT
ATTCTTTCAT TCGGATTCGG TTTAGTAAAC TACATCAAGT TACTCTACTA TGCATTTGAA
CCACCTTCTT ATCCTATAGA AATTACATAT GTACCGCTTA TTTTGATGTT CTTCTCTTTG
CTATTAGGAG AATTTAGCTT TAGGTTTTAT AGCCGTATTC CTGCTTTGCA TGTAAAAAAT
GGGAAATTAA TAATTTTGAT TGTCTCTCAT ATTGCAGTTG ATATTCAATT TTTATGGTTT
GCAACTGCTC CAATCCATGC AAAGGTTATC CCGTATCTTA CGGATAAATC AAAACATGTT
AATTTTGGTG AGTATGAGGC CATAGGTCAT GTTTTAACAG GGAATTTTCA CACACTCACT
ATGATTTTTG TCTTTTTACC TACAGTATTT ATGATTTTAT TTACACTTTG GTATAGTGGC
CATATTGTTC GTTACCGAGA AGAAATATTA AAGTGGGTAC AAAAATACGA ATATAAAAAT
CACAAGTTAC AAAAATGGTT TAATAGCCAA GAAGAACAAA TATACCCTGA CGTAGAAATT
GGACCGCATA TTGAGCATAA AGAGATGGTT CGTATTAAGG GGAAAGATAG AACGCTAAAT
GGAATCATTA TTGGTCCAAT CGGTTCTGGT AAAACATCAA GCTTAATTAT TCCTATGATA
AATCAAGATT TACACTGGAT GGTACGTTTT ATAAATAAGT TTGAAACAGC CTATAAAAAG
AATGATTATG ATACAGAAGA AGTAAAAGGA ACATTTTTAA ATGGTGTGAC TGTTATTGAA
CCGAGTAATG ATTTATGTCA AAAAGTATTT AAATTGGTAC AAGCACATAA GATCCCAGCA
AGCTCGGTTT ACTACATTGA CCCAACCAAT CCCGATACCA AAAATATAAA CATTCTGCGT
GGACCGGTAG ATAAAGTAGC AGAGGTTTTC GCAATGGTTA TTCAAGGTTT ATCTGAATCT
AACAATGCGT TCTTTGAACA AGCCCAGCGT AACCACCTTA AACAACATAT CTATTTATTA
AAGCTTCACA ACCCGCAAAA AGATGTTACC TTCGACGACT TAATTGAGAT GTATGATGAT
GTAGAACGTG TTCACCGTAT GCACAAACTA TTAAAAATAC AGGTCGAAAA GCTATATGAT
TTTGTTCAAA CCGGAGCTGC TTCACGTGAC CAAAAAAACG AATATAAGAT TATAAAAGGA
ATTGAAGAGT GGTTTAATAA TACGATTCGT GAAAAGATGG ATTTTCAAGG TGAACCAGCA
GTTTATAAAT CTGGAAAATA CCGCGGACAA CCGATGCATT ATGACAGAGA AGAAGAATAT
GTAAAAGGTT TACGCAATAT CTTAAAAGAT TTAGCTTCAA ACGTTTTAAT ACGACGTGTT
TTATTTGGTA AATCCGATTT TGATTTCGAT GTCCATTTGG AGCAAGGTGG CATTTTACTT
GTAAATACTG CGAAAGGGGA ATTAGCCGAC CTTTCAAACG TATTAGGAAA ATTTGTATTG
CTAAGTATGC AGAATGCGGT ATTCCGGAGA GAACCAAACG TCTCACCTTA CCACCACATA
ATAGTCGATG AGTTCCCAGA TTATGTGGTG AAGCCGTTTA AAGAATTCCC TGCACAATCC
CGTAAATATA AAGTAATTTT AACAATTGCT AGCCAAACGC TATCTCAATT AGCTCTCGAC
TTTACAGAAC AATACATGTT TACTTTACTA GGTTCATTCC GTAACAAAAT GATATTTGGA
GATGTAACGC CATATGATGC AAAAATTTTC TCTGACATGT TCGGTGAAAA AGAAGAATTT
AAAGAGGCGG AATCCGAACA GGGTATTTCT CCTATGCAAG ATAATCCTGT TAGTCGACTA
GGATCAACCT ACAAAAAAAC AAAAGAAGTT GTTATGTCAC CAGGGGATAT CATGGCACAA
GGTGCATTTA TCTGTGCTGC TCGTATCGTA CAAGACAACC ATGTGCAACC TGTCCAACAA
ATTACGAGTA ACTTTGTACC AAAAGAAGAA TTTTCTCAAG CTATTACACG GGTAGATGAA
GAGATAGGAC GATATTGGGA AAATGAACGT CTTCGCCTTA TTAATGAATC TATTGCAAAA
GCAAATCCTA TGAAGCATGT AGACGCAGAG AACATGAAAA AAGTTCAAAC TTTGCCGCCT
ATACAAGAGG ATGAGATGAA ACAAAATAGC TCTGTAGAAA CAACTGAAGA GCAACAGCAC
ATTGTATCAT TGGAAGATTA TAAGGAACAC AAGTCTCATA ATGAAACCTT ATCTAATGAA
CCTGCAACTA TGAATCAGCA GGGAGATGTT GATGATGAAG CTGAAAATAA GTTGTATGAA
GATATTAAGG AATTTATTAT TGAATCACAA CAAGTCTCGC CATCTCTTCT GCAAAGAAAA
TTCAGGATTG GCTATATGAA AGCTATGCAA TATATTGAGA AGTTAGAACA AAATCTAGTT
GTAAGTTCTT ACACAGGGGA TAGTAATCGT AAAGTATTAA TTTCAAATAA TAGTAGAATA
ACAGAAGAAA CAAGTATTAA TACTACTCAT TCATCTGACA ATACTATTTC ACAGGAAGTG
GCGATTCCAA GCGAAGACAA AGGAACCGTA CAAGAGGAAA CACATATAGA AAGTGTAAGC
ACTGCAATAA CTGAACCAGT CATAAACGAA GTAATAGAGG AAGTCATAGA TATAGAATCA
CCCCTAATGG ATGAATGCCA TGAAATAAAC ATGGAGGTAT CCGAACTAAA CAAAGAATTG
TCTATTACTA TGCTAAAGCA AGATTGGAAT ACGGATTCCA TCATTCATTC CAGGATTCCT
GATGAGACTG AACCACTGTT TGAAGAATTC CCATCTGATG GACTTCCCGT TACAATGATA
GGAACTGCAG AAACAAGTAT AGAATCTACT TCAATTCCCG TTACAATAAC AGAGCCGGAA
GAAACACATG TAGAAATCAA CACGATTCCC ATTGAAGAAA CGCTTAATCA TACCGAAGAA
AACAAGCTAG ATGAAGATGT AGCAAAAGTG TACGAATCTA TTAGTATTAC GGTTCAAGAA
AACTTAGAAA AAAATAGAGA AGATCATTTG AAAAATGATG TGAAGCAACC AGAATATAAA
CCTATGAGTT ACAAAGAACG CCAGGAGCAC TTAAAATATC AGCAAAAAAA TAAAAATAAC
AAATCGCAGT CGCTGGTTAA TAATATTGAG AAACCTAAGC AAAAAACATC GAACGTAATG
AGTAAAGAAT TGAACAATTT CTTTGATTAA
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| Protein sequence | METFKQRLPL FTTITLISGF ILSFGFGLVN YIKLLYYAFE PPSYPIEITY VPLILMFFSL
LLGEFSFRFY SRIPALHVKN GKLIILIVSH IAVDIQFLWF ATAPIHAKVI PYLTDKSKHV
NFGEYEAIGH VLTGNFHTLT MIFVFLPTVF MILFTLWYSG HIVRYREEIL KWVQKYEYKN
HKLQKWFNSQ EEQIYPDVEI GPHIEHKEMV RIKGKDRTLN GIIIGPIGSG KTSSLIIPMI
NQDLHWMVRF INKFETAYKK NDYDTEEVKG TFLNGVTVIE PSNDLCQKVF KLVQAHKIPA
SSVYYIDPTN PDTKNINILR GPVDKVAEVF AMVIQGLSES NNAFFEQAQR NHLKQHIYLL
KLHNPQKDVT FDDLIEMYDD VERVHRMHKL LKIQVEKLYD FVQTGAASRD QKNEYKIIKG
IEEWFNNTIR EKMDFQGEPA VYKSGKYRGQ PMHYDREEEY VKGLRNILKD LASNVLIRRV
LFGKSDFDFD VHLEQGGILL VNTAKGELAD LSNVLGKFVL LSMQNAVFRR EPNVSPYHHI
IVDEFPDYVV KPFKEFPAQS RKYKVILTIA SQTLSQLALD FTEQYMFTLL GSFRNKMIFG
DVTPYDAKIF SDMFGEKEEF KEAESEQGIS PMQDNPVSRL GSTYKKTKEV VMSPGDIMAQ
GAFICAARIV QDNHVQPVQQ ITSNFVPKEE FSQAITRVDE EIGRYWENER LRLINESIAK
ANPMKHVDAE NMKKVQTLPP IQEDEMKQNS SVETTEEQQH IVSLEDYKEH KSHNETLSNE
PATMNQQGDV DDEAENKLYE DIKEFIIESQ QVSPSLLQRK FRIGYMKAMQ YIEKLEQNLV
VSSYTGDSNR KVLISNNSRI TEETSINTTH SSDNTISQEV AIPSEDKGTV QEETHIESVS
TAITEPVINE VIEEVIDIES PLMDECHEIN MEVSELNKEL SITMLKQDWN TDSIIHSRIP
DETEPLFEEF PSDGLPVTMI GTAETSIEST SIPVTITEPE ETHVEINTIP IEETLNHTEE
NKLDEDVAKV YESISITVQE NLEKNREDHL KNDVKQPEYK PMSYKERQEH LKYQQKNKNN
KSQSLVNNIE KPKQKTSNVM SKELNNFFD
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