Manual of Methods for General Bacteriology |
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Page 266
... PLASMID DNA 15.1.1 . With Triton ( in E. coli K - 12 ) .2 . With Triton ( in Other Gram - Negative Bacteria ) .3 . With Sodium Dodecyl Sulfate .4 . With Lysostaphin .5 . With Penicillin 15.2 . ISOLATION OF PLASMID DNA OF LARGE MOLECULAR ...
... PLASMID DNA 15.1.1 . With Triton ( in E. coli K - 12 ) .2 . With Triton ( in Other Gram - Negative Bacteria ) .3 . With Sodium Dodecyl Sulfate .4 . With Lysostaphin .5 . With Penicillin 15.2 . ISOLATION OF PLASMID DNA OF LARGE MOLECULAR ...
Page 267
... plasmid transferred to and sub- sequently isolated from such strains can be an- alyzed without fear of contamination by a host plasmid . In some cases , genetic methods are not avail- able so that one must directly examine a bacte- rium ...
... plasmid transferred to and sub- sequently isolated from such strains can be an- alyzed without fear of contamination by a host plasmid . In some cases , genetic methods are not avail- able so that one must directly examine a bacte- rium ...
Page 275
... PLASMID be activated by ethidium bromide ( 20 ) . The high CsCl concentration ( 7 M ) inactivates the relax- ation complex ( 20 ) of most plasmids , and con- sequently higher yields of DNA can be obtained . 3. Even at a high salt ...
... PLASMID be activated by ethidium bromide ( 20 ) . The high CsCl concentration ( 7 M ) inactivates the relax- ation complex ( 20 ) of most plasmids , and con- sequently higher yields of DNA can be obtained . 3. Even at a high salt ...
Contents
Light Microscopy R G E MURRAY AND C F ROBINOW | 6 |
NOW | 17 |
Electron Microscopy ROGER M COLE AND TERRY J POPKIN | 34 |
Copyright | |
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