An Introduction to Genetic AnalysisTransmission genetic analysis : Patterns of inheritance - The chromosomal basic of inheritance - Eukaryote chromosome mapping by recombination - The genetics of bacteria and their viruses - The relationship of DNA and phenotype : From gene to phenotype - DNA : structure and replication - RNA : transcription and processing - Proteins and their synthesis - Regulation of gene transcription - Genome structure and engineering : Gene isolation and manipulation - Genomics - The dynamic genome : transposable elements - The nature of heritable change : Mutation, repair, and recombination - Large-scale chromosomal changes - From genes to processes : Dissection of gene function - Genetic regulation of cell number : normal and cancer cells - The genetic basic of development - The impact of genetic variation : Population genetics - Quantitative genetics - Evolutionary genetics. |
Contents
Genetics and the Organism | 1 |
New discussions of how the host controls transposable | 13 |
TRANSMISSION GENETIC ANALYSIS | 27 |
of Inheritance | 73 |
Eukaryote Chromosome Mapping | 115 |
Page 100 | 129 |
The Genetics of Bacteria and Their | 151 |
From Gene to Phenotype | 185 |
Transposable | 423 |
THE NATURE OF HERITABLE CHANGE | 451 |
LargeScale Chromosomal Changes | 481 |
16 | 512 |
Dissection of Gene Function | 521 |
18 | 567 |
The Genetic Basis of Development | 575 |
THE IMPACT OF GENETIC VARIATION | 609 |
Structure and Replication | 227 |
New Coverage of Model Organisms | 242 |
8 | 251 |
Transcription and Processing | 255 |
Proteins and Their Synthesis | 273 |
5 | 285 |
Regulation of Gene Transcription | 301 |
GENOME STRUCTURE | 341 |
12 | 381 |
Genomics | 389 |
Common terms and phrases
activity amino acid analysis autosomal bacterial base binding called cell cycle centromere Chapter chromatids chromo chromosome clone codon coli color complex copies cross crossover cytoplasm deletion diploid DNA molecule DNA sequence dominant Drosophila embryo encoded environment enzyme eukaryotic example expression F₁ female Figure fragments frequency function gametes gene genetic geneticists genome genotypes haploid helix heritability heterozygote heterozygous homologous homozygous human hybrid individuals inheritance inserted interaction introns linkage loci locus male markers mating meiosis mitosis molecular mRNA mutagen mutant allele mutations Neurospora normal nucleotide operon organisms pair parents pathway pattern pedigree percent phage phenotype plant plasmid polymorphisms polypeptide population probe produce progeny prokaryotes protein ratio recessive recombination region replication repressor ribosome RNA polymerase segment segregation selection shown specific strain strand structure synthesis target testcross tion transcription factors transgene translocation transposable elements transposons tRNA variation vector wild type wild-type yeast