Principles of Genetics D. Peter Snustad, Michael J. Simmons ; epilogue by James F. Crow ; problems edited by H. James Price.

Includes bibliographical references (p. 758-764) and index.

Ch. 1. The science of genetics -- Ch. 2. Reproduction as the basis of heredity -- Ch. 3. Mendelism: the basic principles of inheritance -- Ch. 4. Extensions of mendelism -- Ch. 5. Inheritance of complex traits -- Ch. 6. The chromosomal basis of mendelism -- Ch. 7. Variation in chromosome number and structure -- Ch. 8. Linkage, crossing over, and chromosome mapping in eukaryotes -- Ch. 9. Advanced linkage analysis -- Ch. 10. DNA and the molecular structure of chromosomes -- Ch. 11. Replication of DNA and chromosomes -- Ch. 12. Transcription and RNA processing -- Ch. 13. Translation and the genetic code -- Ch. 14. Mutation, DNA repair, and recombination -- Ch. 15. Definitions of the gene -- Ch. 16. The genetics of viruses -- Ch. 17. The genetics of bacteria -- Ch. 18. Transposable genetic elements -- Ch. 19. The genetics of mitochondria and chloroplasts -- Ch. 20. The techniques of molecular genetics -- Ch. 21. Genomics -- Ch. 22. Molecular analysis of genes and gene products -- Ch. 23. Regulation of gene expression in prokaryotes and their viruses -- Ch. 24. Regulation of gene expression in eukaryotes -- Ch. 25. The genetic control of animal development -- Ch. 26. The genetic control of behavior -- Ch. 27. The genetic control of the vertebrate immune system -- Ch. 28. The genetic basis of cancer -- Ch. 29. Population and evolutionary genetics.