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INTACT GENOMICS INC IG Recombineering Electrocompetent Cells 6x50l

Catalog No. NC3998417
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IG Recombineering Electrocompetent Cells provide high-efficiency transformation for DNA, plasmid, BAC engineering, and homologous recombination. These cells are derived from SW102, feature a 10B [λcI857 ind1 (cro-bioA<>tet)] background, and include a gal operon with a galK deletion for efficient DNA/BAC modification. They are tetracycline resistant (5 μg/mL).

  • High-efficiency transformation for DNA, plasmid, BAC engineering, and homologous recombination.
  • SW102 derivative with a 10B background and defective lambda prophage.
  • Functional gal operon with galK deletion for DNA/BAC modification via positive/negative selection.
  • Heat-inducible prophage with red genes (exo, bet, gam) under pL control, repressed at 32°C, induced at 42°C.
  • Tetracycline resistant (TetR) due to cro-bioA region replacement (5μg/mL).

Catalog No. NC3998417 Supplier INTACT GENOMICS INC Supplier No. 126612
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IG Recombineering Electrocompetent Cells provide high-efficiency transformation for DNA, plasmid, BAC engineering, and homologous recombination. These cells are derived from SW102, feature a 10B [λcI857 ind1 (cro-bioA<>tet)] background, and include a gal operon with a galK deletion for efficient DNA/BAC modification. They are tetracycline resistant (5 μg/mL).

  • High-efficiency transformation for DNA, plasmid, BAC engineering, and homologous recombination.
  • SW102 derivative with a 10B background and defective lambda prophage.
  • Functional gal operon with galK deletion for DNA/BAC modification via positive/negative selection.
  • Heat-inducible prophage with red genes (exo, bet, gam) under pL control, repressed at 32°C, induced at 42°C.
  • Tetracycline resistant (TetR) due to cro-bioA region replacement (5μg/mL).

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