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  • Chi Cheng Huang, Masaru Tsukuba-gun Narita, Takeshi Yamagata, Yoshifumi Itoh, Ginro Endo
  • Biology, Medicine
  • Gene
  • 1999 (First Published: 1 July 1999)
  • A unique transposon was found in the chromosome of Bacillus megaterium MB1, a Gram-positive bacterium isolated from mercury-polluted sediments of Minamata Bay, Japan. The transposon region of aContinue Reading
  • Chi Cheng Huang, Masaru Tsukuba-gun Narita, Takeshi Yamagata, Ginro Endo
  • Biology, Medicine
  • Gene
  • 1999 (First Published: 1 November 1999)
  • The complete structure of a broad-spectrum mercury resistance module was shown by sequencing the Gram-positive bacterial transposon TnMERI1 of Bacillus megaterium MB1. The regions encodingContinue Reading
  • Chieh Chen Huang, Masaru Tsukuba-gun Narita, Takeshi Yamagata, Lê Tấn Phùng, Ginro Endo, Simon Silver
  • Biology, Medicine
  • Gene
  • 2002 (First Published: 1 November 2002)
  • The broad-spectrum mercury resistance transposon, TnMERI1, of Bacillus megaterium strain MB1, contains three proposed operator/promoter (O/P) transcriptional start sites and two regulatory genesContinue Reading
  • Masaru Tsukuba-gun Narita, Takeshi Yamagata, Hiroo Ishii, C-C Huang, Ginro Endo
  • Medicine
  • Applied microbiology and biotechnology
  • 2002
  • Using a newly identified organomercury lyase gene (merB3) expression system from Tn MERI1, the mercury resistance transposon first found in Gram-positive bacteria, a dual-purpose system to detect andContinue Reading
  • Masayuki Narita, Takeshi Yamagata, Hidenori Ishii, C.-C. Huang, Ginro Endo
  • Biology
  • Applied Microbiology and Biotechnology
  • 2002 (First Published: 1 June 2002)
  • Abstract. Using a newly identified organomercury lyase gene (merB3) expression system from TnMERI1, the mercury resistance transposon first found in Gram-positive bacteria, a dual-purpose system toContinue Reading