Recombinant DNA

DEVELOPMENT OF RECOMBINANT DNA TECHNOLOGY; Establishing the Role of Genes Within Cells; DNA is the Primary Genetic Material; Elucidation of the Genetic Code; Genetic Elements That Control Gene Expression; Methods of Creating Recombinant DNA Molecules; The Polymerase Chain Reaction; THE ANALYSIS OF CLONED GENES; Isolation of Cloned Genes; Complexity of Eukaryotic Genomes; Controlling the Expression of Eukaryotic Genes; Movable Genes; NEW TOOLS FOR STUDYING GENE FUNCTION; Manipulating the Sequence of Cloned Genes; Transferring Genes Into Mammalian Cells; Using Yeast to Study Eukaryotic Gene Function; Introduction of New Genes Into Mice; Genetic Engineering of Plants; ANALYSIS OF IMPORTANT BIOLOGICAL PROCESSES USING RECOMBINANT DNA; Molecules of Immune Recognition; Moving Signals Across Membranes; Oncogenes and Anti-Oncogenes; Molecular Analysis of the Cell Cycle; Genes that Control the Development of Drosophila; Genes Behind the Functioning of the Brain; Evolution of Genes and the Origin of Life; APPLICATION OF RECOMBINANT DNA TO BIOTECHNOLOGY; Generation of agriculturally important plants and animals; Recombinant DNA in medicine and industry and agriculture; Marshalling Recombinant DNA to Battle AIDS; IMPACT OF RECOMBINANT DNA ON HUMAN GENETICS; Mapping and Cloning Human Disease Genes; Diagnosis of Genetic Diseases; Working Towards Gene Therapy; Studying the structure of whole genomes; The Human Genome Project.