Understanding DNA and gene cloning: a guide for the curious
Do you realize how much impact DNA technology has on your life today? Registering your child's DNA with the police, bold new medical cures, the perfect tomato, gene cloning and DNA manipulation are no longer remote events that will have impact in your life - they are today's headlines! In this highly acclaimed guide, Karl Drlica fully explains the basis of the ongoing genetic revolution. He guides you through the science and technology you need to understand the issues and make informed decisions. This text can be used either as a main text in a course where instructors want to use a thematic, case study approach to biology, a non-majors genes or genomics course, or as a supplement for Introductory Biology.
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agar plate amino acid amino acid sequence antibiotic antibody atoms bacterial cells bacterial colonies bacteriophage bacterium base pairs bind biologists called cancer cDNA cell cycle cells contain cellular chain Chapter chromosomes cleotide cloned genes cloning vehicles codon coli complementary base pairing copies DNA fragments DNA molecules DNA polymerase DNA replication DNA strands double-stranded encoded enzyme eukaryotic example Figure film gene cloning gene expression gene therapy genetic diseases genetic information genome germ cells hemoglobin host human DNA hybridization immune system infection inserted membrane messenger RNA mitochondrial molecular mRNA mutations normal nucleic acid nucleotide sequence occur oligonucleotides organisms particular phage phage DNA phosphate plaques plasmid plasmid DNA primer produce protein protein product rabbit DNA recombinant DNA regions of DNA repressor restriction endonuclease retroviruses ribosomes ribozyme Scientific American separate single-stranded specific splicing structure subunits sugar teins test tube tion transcription transfer RNA transposon tumor virus viruses