Solutions manual for introduction to genetic analysis / William D. Fixsen & Diane K. Lavett.

Contents;

Part I: General aspects of inheritance
Chapter 1: Genetics and the organism
Chapter 2: Patterns of inheritance
Chapter 3: Chromosomal basis of heredity
Chapter 4: Gene interaction

Part II: Genetic mapping
Chapter 5: Basic eukaryotic chromosome mapping
Chapter 6: Specialized eukaryotic chromosome mapping techniques
Chapter 7: Gene transfer in bacteria and their viruses

Part III: Molecular genetics
Chapter 8: The structure and replication of DNA
Chapter 9: Genetics of DNA function
Chapter 10: Molecular biology of gene function
Chapter 11: Regulation of gene transcription
Chapter 12: Recombinant DNA technology
Chapter 13: Applications of recombinant DNA technology
Chapter 14: Genomics

Part IV: Generation of genetics variation
Chapter 15: Gene mutation
Chapter 16: Mechanisms of gene mutation
Chapter 17: Chromosome mutation I: Chromosome structure
Chapter 18: Chromosome mutation II: Changes in chromosome number
Chapter 19: Mechanisms of recombination
Chapter 20: Transposable genetic elements

Part V: Development
21. Extranuclear genes
22. Regulation of cell number: Normal and cancer cells
23. The genetic basis of development

Part VI: Genes at the population level
Chapter 24: Population genes
Chapter 25: Quantitative genetics
Chapter 26: Genetics and evolution