《Techniques of Molecular Biology》

Chapter 20 Techniques of Molecular Biology

Techniques of Molecular Biology Chapter 20

OUTLINE iNtroduction(p 647) Nucleic Acids(p. 648) Proteins(p, 672)

OUTLINE Introduction(p.647) Nucleic Acids(p.648) Proteins(p.672)

INTRODUCTION Understanding how the genetic processes of the cell work requires powerful, and complementary experimental approaches including the use of suitable model organisms in which the tools of genetic analysis are available

INTRODUCTION Understanding how the genetic processes of the cell work requires powerful,and complementary experimental approaches including the use of suitable model organisms in which the tools of genetic analysis are available

Methods for separating individual macromolecules from the myriad mixtures found in the celland for dissecting the genome specifiC DNA sequences

Methods for separating individual macromolecules from the myriad mixtures found in the cell,and for dissecting the genome specific DNA sequences

r Using computational or computational or bioinformatics approaches, to undertake large-scale genomic comparisons of both the casing and noncoding regions of various organIsms. r The methods of molecular biology depend upon and were developed from, an understanding of the properties of biological macromolecules themselves

Using computational or computational or bioinformatics approaches,to undertake large-scale genomic comparisons of both the cosing and noncoding regions of various organisms. The methods of molecular biology depend upon,and were developed from,an understanding of the properties of biological macromolecules themselves