Genetics: Analysis of Genes and Genomes, Volume 1
This introductory college level textbook covers the basic processes of gene transmission, mutation, expression, and regulation. Hartl (Harvard U.) and Jones (Carnegie Mellon U.) present an integrated view of the modern world of genetics, treating classical, molecular, and population genetics as unif
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BRIEF CONTENTS Chapter 1 Introduction to Molecular Genetics and Genomics l
DNA Structure and DNA Manipulation
41 other sections not shown
activity allele frequency amino acid amplified analysis bacterial bands base pairs called cancer cell cycle centromere Chapter chro chromatids chromo chromosome cleavage cleaved cloning codon coli color complementation complex contains cross crossing-over crossover cyclin cytoplasm deletion diploid disease DNA fragments DNA molecule DNA polymerase DNA replication DNA sequence DNA strand dominant double-stranded Drosophila duplex EcoRl encoded eukaryotes example female function gametes genes genetic map genetic markers genome genotype heterozygous homologous homozygous human hybridization inheritance linkage male mating meiosis ment molecular mosome mRNA mutations normal nucleotide operon organisms parent pedigree percent phage phenotype plants plasmid polymerase polymorphisms polypeptide chain population primer produced progeny protein quence random ratio recessive allele recombination region repressor restriction enzyme seeds segment segregation shown in Figure species strain structure synthesis telomere template tion traits transcription translocation tRNA wildtype X chromosome yeast yields