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Section I - Recombinant DNA technology

Staphylococcal nuclease has been extensively used as a model protein for the study of enzyme mechanisms, stability, and the kinetics of (re)folding. In recombinant DNA technology, SNase is primarily used as a nonspecific endonuclease, as is DNase I which generates 5 -phosphonucleotides (Section I, this chapter). Staphylococcal nuclease has also served as the prototype model for a new generation of nucleases called hybrid nucleases, which can cleave DNA and RNA with tailored site specificities. [Pg.160]

Among the type I enzymes, EcoKI (from . coli K12) and EcoBI (from E. coli B) are most extensively characterized in terms of genetics, structure, and function. Based on the two K-family enzymes, which have proven themselves useful in recombinant DNA technology, this section describes the salient features of the type I R—M systems. [Pg.275]

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