In the past, introductory biology courses based on evolution tended to give short shrift to molecular biology. Introductory molecular biology and genetics courses tended to ignore evolutionary principles altogether or included them as concluding chapters that were often skipped. Bacteria were usually treated separately from eukaryotes. Using the analysis of genomes as the organizing approach in Genetics: Genes, Genomes, and Evolution provides the opportunity to unite these topics in one narrative. Genomic analysis is inherently both molecular and evolutionary, and in Genetics: Genes, Genomes, and Evolution, includes this unified perspective in every chapter. Thus, rather than relying on separate chapters on "genome analysis" or "evolutionary principles" and hoping that the student can synthesize them, these ideas are integrated into every topic. Covers the fundamental principles of genetics and molecular biology in both bacteria and eukaryotes from an evolutionary perspective, using data and tools of genome analysis Philip Meneely is Professor of Biology at Haverford College. Rachel Dawes Hoang is Associate Professor of Biology at Haverford College. Iruka N. Okeke is Professor of Pharmaceutical Microbiolog at University of Ibada. Katherine Heston is Instructor in Biology at Haverford College.