《遗传学:从基因到基因组(影印版)》简介：20世纪见证了遗传学作为生物学核心领域的兴起。鉴定了个体基因及其功能后，遗传学研究逐渐意识到，没有基因是单独作用的，各种生命事件是经由基因和蛋白质网络复杂的分子相互作用的。《遗传学:从基因到基因组(影印版)》试图集成当代遗传学知识和方法，主要包括经典遗传学--基因传递的规律；分子遗传学--DNA的结构及其如何指导蛋白质的结构；基因组学和信息学--基因分离的新技术和有机体完整基因组的深入分析；人类遗传学--基因如何调控健康和疾病；生命形式的统一--来自不同有机体的信息合成为一个整体内核；分子进化--物种如何进化和趋异。

about the autmor
preface
prologue
part ⅰ basic principles:how traits are transmitted
chapter 1 mendel's breakthrough:patterns,particles,and principles of heredity
chapter 2 extensions to mendel:complexities in relating genotype to phenotype
chapter 3 the chromosome theory of inheritance
chapter4 linkage,recombination,and the mapping of genes on chromosomes
part ⅱ what genes are and what they do
chapter 5 dna:how the molecule of heredity carries,replicate,and recombines
chapter 6 anatomy and function of a gene:dissection through mutation
chapter 7 gene expression:the flow of genetic information from dna via rna to protein
part ⅲ using genetic engineering to unravel the information in genomes
chapter 8 dna a high resolution:use of dna cloning,pcr,and hybridization as the tools of genetic analysis
chapter 9 the direct detection of genotype
chapter 10 the mapping and analysis of genomes
part ⅳ how genes travel
chapter 11 the eukaryotic chromosome:an organelle for packaging and managing dna
chapter 12 chromosomal rearrangements and changes in chromosome number reshape eukaryotic genomes
chapter 13 the prokaryotic chromosome:genetic analysis in bacteria
chapter 14 the chromosomes of organelles outside the nucleus exhibitis nonmendelian patterns of inheritance
part ⅴ how genes are regulated
chapter 15 gene regulation in prokaryotes
chapter 16 gene regulation in eukaryotes
chapter 17 cell-cycle regulation and the genetics of cancer
part ⅵ gene regulation and development:portraits of model eukaryotic organi