Genetics: A Molecular Approach

alleles amino acid amino acid sequence analysis anticodon ascospores attached bacteria bacteriophage bacterium base pairs binding biological information biologists called carried cell division cerevisiae Chapter chemical chloroplast chromosome codon coli complex components conjugation contains copies Crick cross crossover described DNA replication DNA sequencing double helix double-stranded enzyme eukaryotic example Exon experiment F plasmid Figure fragment function gametes gene expression gene mapping gene product genetic code genetic material genotype homologous host infection cycle initiation introns involved lac operon lactose lacZ large number meiosis Mendel mitochondrial genomes molecular biology molecule mRNA mutation nuclear nucleic acid nucleotide nucleotide sequence occur peas phage phenotype plants plasmid polynucleotide polypeptide prokaryotic protein synthesis recipient cells recombinant DNA molecule region repressor ribosome RNA polymerase role rRNA rRNA genes single-stranded specific splicing strand structure subunit sugar techniques termination tetrad transcribed translation tRNA tryptophan types vector virus viruses wild-type yeast