| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GBAA_pXO1_0154 |
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| Symbol | traX |
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| ID | 2820318 |
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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 | 133124 |
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| End bp | 136102 |
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| Gene Length | 2979 bp |
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| Protein Length | 992 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637682820 |
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| Product | transposase x |
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| Protein accession | YP_016485 |
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| Protein GI | 47566466 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 43 |
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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 | TTGAAAACAA GAGAACTTCT TACAGATATA CAACGAACAT TTTTTTATAA AATTCCTAGT
CAGATGGATG AACGTGAATT AATTCGCTAT TACACATTAT CTGATGAAGA GTTACAAATA
GTTAATCAAC AGCGTGGTGA TCATAACCGA TTAGGATTTG CTATTCAAAT TTCTTATCCT
CGTTTTCCAG GGAGGCCTTT ATTGGCTAAA GAAAAAATTC CACAATTTCT TGTGAATTTT
CTTGCCAAAC AAATAGGTGT AGCCTCTTGG GAGGTACAAA ATTACGCACG TACTCGAGAT
ACCACACGGC GAGAGCATGT AAATAAAATA CGGAATCTTT ACAATTTACG TACTTTTACT
CTGAGAGAAT ACCGTGAATT AGCACGGTGG CTTCTCCCTC TAGCAATGAA AACTGAAAAC
GGGTATTTAC TGGTAGAAGC TCTTATTCAG GAAATGAGAA AACGGAAAAT TATCCTTCCA
GCAGTTTACG CTATAGAACA TTTAGCCTGG TCTGTAAGAG AACGCGCTAG GAAAAGAATT
TTTAAATATT TAACGAAAGG ACTTTCTTCT TATCAATACG AACAACTAGA TACATTACTT
TATACTCATG AAGAGAAAAA AAGTTCACTT TTATCATGGT TACGTCAACC ACCGGGTGTT
ATAGCGCTTA AAAATTTTCA TGAAATTTTG GATCGATTAG AGTTTATTCA AAGTTTAGAT
TTACCTTTAG ATAATGGGAA AGAAATTCAT CAGAATAGGT TAATACAAAT GGCCCGTGAG
GGCTCTCGTT ATTCTATACA ACATTTATCT AGGTTTAATG AGAGGAAACG ATATGCAACG
ATCATGGCAT TCCTTATCCA TATCTATGCT TTTTTAACTG ATCAAGGTTT AGATATGTTT
GCAAAACTAA TGGGACGAAT GTTTAACCGT GGAGAAAATA AACATAATAA ACTATTTCAA
AAAGATGGGA AATCAATAAA TGAAAAAGTT AGACTTTATG TCGAAATAGG AAAAGCATTA
ATTGAAGCAA AAGAATTAGA AACAGATCCT TTCGAAGCTG TACAATCTAT TATATCTTGG
GAGAAATTTA TTCACTCTGT ACATGAAGCT GAAAGCTTAG CTAGACCAAT AGAATTTGAT
TATCTAGATT TGCTCGATAA TCATTATGGA CATTTTCGTA AAATGGCTCC ACGTTTACTC
AATAGATATG TGTTTAAAGC TTCTTCAACC AGCCAAACTG TATTACAAGC ATTAGAACTA
TTAAAAGAAG CCAATCAATC TGGAAAACGA AAAATACCTG ATAATGTACC GACTGATTTT
ATAAAGTCTA AATGGATGAA ATATGTGTAC CAAGACGATA AAATAAATCG ACATTACTAT
GAATTTAGTG TGTTTTCAGA GTTATTGAAT ACCCTTCGTT CTGGTGATAT GTGGGTAAAA
GGCAGCAAGC AATATAAAGA TTTTGAAGAG TATCTTTTAC CACCCCATAC TTGGCAGCAC
ATGAAGCAAA CACAACAAAT TCCCCTGGAA TTTACAGAGG ATGTAGAGAA ATATTTAAAC
AAACGCTTTG AACAATTAGA TATAGAGCTT TCAAAAGTCA ATTGTTTAAT TGCAAATCAA
GATTTGCAAG GTGTAACGAT ATATGGAGAT AAAATACAAG TCGCTTCTCT AAAAAAGATG
GTTCCAGAAG ATGTAGAAGA AATTACTCGA CTTGTGTATG ACTTATTGCC GCGTATTAAA
TTAACAGATT TATTAGTAGA AGTAGATACT TGGACACAGT TTAGCAAACA CTTTGTTCAT
CTTCACACTC AAAAGGCTCC AAAAGAAAAA TCAATTTTAT TTGCGGCTAT CTTATCAGAT
GGAATTAATT TAGGATTAAG TAAAATGGCT GATGCTTGTC CAAATATCTC ATATTCTCAG
CTAGCTTGGA TAGCAGATTG GTATATAAGA GATGAAAGCT ATACGAAAGC ACTTGGAGAT
ATTGCAAATT TTCATCATAA ACAACCCTTT TCTTCCTATT GGGGAGAGGG CACTACTTCA
TCTTCAGATG GACAATTTTT TCGTGCCGGT GGGACTTCCA GTCCCCTAGC ACAAGTAAAT
GGTAAGTATG GTCATGACCC AGGATTAAGT TTTTATACAC ATATATCAGA TCAATATCAT
CCATTTTATG TCCAAGTTAT TAGTTCCTCA GAAGAGGCAC CACATATTAT TGATGGGCTA
CTGTATCATG AAACAGATTT GCAAATTGAA GAACATTATA CAGATGCCGC GGGTTTTGTT
GATCATATAT TTGGAATGTG CCATATGTTA GGGTTTCGCT TTTCACCACG AATTAAAACG
ATTGATAATC ATAAAATATA TACATTATCT GTTCCAACAA TATATGACCA TATTAACTTC
ATGGTTGGCG GAACAATTCA GGTAAAGAAA ATACGTGAAA ATTGGGATGA AATATTACGT
TTAGTTAGCT CTGTACGACA AGGAACAGTT ACAGCTTCCC TGATTTTAAA AAAATTATCA
TCTTACCCTA GACAGAATAG TTTATGTATC GCACTTCGTG AAATCGGCCG AATAGAAAGA
AGTTTATATA TGTTAAAGTG GATACAAGAT CCTGAGCACA GAAGAAAAGT TCAGGTTGAA
TTAAATAAAG GCGAAAGTAA AAATTCTTTG GCTAGAGCTG TATTTTTTAA TCAATTAGGA
GAAATTCGTG ACCGATCCTA TGAAGATCAA TTGCATCGTG CAAGTGGACT TCAACTCATT
ATTTCTGCGA TTGTAACTTG GAATTCTATC TATATCTCTC GTGCAATTGA AACGTTACGG
AATAATGGTA TTCATATTCC AGAGGAATAT ATTCAGCACA TCTCTCCATT AGGCTGGGAA
CATATCGCAC TTACAGGAGA TTATATTTGG AATTTAAATC AAGAATTGAA TTTTGAAAAC
TTACGACCAC TACGGAAAAA TAGAATAAAA CAGAAATAA
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| Protein sequence | MKTRELLTDI QRTFFYKIPS QMDERELIRY YTLSDEELQI VNQQRGDHNR LGFAIQISYP
RFPGRPLLAK EKIPQFLVNF LAKQIGVASW EVQNYARTRD TTRREHVNKI RNLYNLRTFT
LREYRELARW LLPLAMKTEN GYLLVEALIQ EMRKRKIILP AVYAIEHLAW SVRERARKRI
FKYLTKGLSS YQYEQLDTLL YTHEEKKSSL LSWLRQPPGV IALKNFHEIL DRLEFIQSLD
LPLDNGKEIH QNRLIQMARE GSRYSIQHLS RFNERKRYAT IMAFLIHIYA FLTDQGLDMF
AKLMGRMFNR GENKHNKLFQ KDGKSINEKV RLYVEIGKAL IEAKELETDP FEAVQSIISW
EKFIHSVHEA ESLARPIEFD YLDLLDNHYG HFRKMAPRLL NRYVFKASST SQTVLQALEL
LKEANQSGKR KIPDNVPTDF IKSKWMKYVY QDDKINRHYY EFSVFSELLN TLRSGDMWVK
GSKQYKDFEE YLLPPHTWQH MKQTQQIPLE FTEDVEKYLN KRFEQLDIEL SKVNCLIANQ
DLQGVTIYGD KIQVASLKKM VPEDVEEITR LVYDLLPRIK LTDLLVEVDT WTQFSKHFVH
LHTQKAPKEK SILFAAILSD GINLGLSKMA DACPNISYSQ LAWIADWYIR DESYTKALGD
IANFHHKQPF SSYWGEGTTS SSDGQFFRAG GTSSPLAQVN GKYGHDPGLS FYTHISDQYH
PFYVQVISSS EEAPHIIDGL LYHETDLQIE EHYTDAAGFV DHIFGMCHML GFRFSPRIKT
IDNHKIYTLS VPTIYDHINF MVGGTIQVKK IRENWDEILR LVSSVRQGTV TASLILKKLS
SYPRQNSLCI ALREIGRIER SLYMLKWIQD PEHRRKVQVE LNKGESKNSL ARAVFFNQLG
EIRDRSYEDQ LHRASGLQLI ISAIVTWNSI YISRAIETLR NNGIHIPEEY IQHISPLGWE
HIALTGDYIW NLNQELNFEN LRPLRKNRIK QK
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