Principles of genetics
High-quality illustrations with stepped-out art to help readers visualize complex processes.
* Human genetics and the role of the geneticist highlighted throughout.
* Two new features in each chapter: introductory "Key Questions" and closing "Basic Exercises."
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An Introduction to the Science of Genetics Chapter 1 The Science of Genetics
Reproduction as the Basis of Heredity
The Basic Principles of Inheritance
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activity allele amino acid antibody antigen bacteria bacteriophage base pairs binding called cells centromere chain Chapter chloroplasts chro chromatids chromo chromosome cloning codon coli color complex contain cross crossover cytoplasm deletion diploid disease DNA molecules DNA replication DNA sequences Drosophila elements embryo enzyme eukaryotic Exon eyes factors female Figure fragments frequency function gametes gene expression gene products gene segments genetic information geneticists genotype heterozygote homologous homozygous human genome hybrid infected inherited introns involved lambda located male markers mating meiosis membrane mitochondria molecular mosome mouse mRNA mtDNA mutations normal nucleotide pairs nucleotide sequence nucleus occur offspring operon organisms parental pathway percent phage phenotype plants plasmid polypeptide produce progeny prokaryotes protein recessive recombination region regulator repressor ribosomes RNA polymerase rRNA single-stranded species splicing strains strand structure studies synthesis tion trait trans transcription translation transposons tRNA viruses wild-type X chromosome X-linked yeast zygote