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Genetic engineering (GE) by transgenesis has three main application areas: medicine, agriculture and bioremediation of the environment In all three areas,
UNTIL NOW, GENETIC ENGINEERING has aimed to intro- duce specific new traits into plants It involves the insertion of »foreign« genes into the plant genome For
nology in genetic engineering or recombinant DNA owes its progress to the physicists who became deeply interested in the biology of the cell after World War
A critical requirement for analyzing and manipulating antibiotic biosynthetic genes is the ability to disrupt genes or gene clusters This can be accomplished
Engineering Techniques or Recombinant DNA Technology" drawn up by taking an interest in programs of genetic engineering and rDNA technology
mbinant DNA technology" when discussing issues of genetic engineering, possibly asa" more "marketable" terra for this type of biotechnology However, the