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Rethinking Genetics,tter than ever that our environment and our genes are closer to each other than we have suspected. This is what ., which I highlight in Sect. 8.1, teaches us. It is without doubt one of the most exciting areas of genetics and offers, for those who need it, a molecular biological basis for our responsibility for future generations (Fig. 8.1).
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Writing Genetic Material,new: Old . can be obtained on . for relatively little money (Fig. 6.1). However, the technology is becoming more sophisticated. The currently available phosphoramidite-based chemical synthesis can generate fragments around 250 nucleotides long. With the development of newer methods, fragment lengths are becoming much larger [1].
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Editing Genetic Material,c changes at random either via ionising radiation (Sect. .) or via chemicals, and specific or site-directed methods. The latter procedures are gaining increasing interest and are now the talk of the scientific community as . or gene surgery. As a result of the increasing clarification of the relatio
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