Genetics : from genes to genomes /
Leland H. Hartwell...[et al.].
- Tercera edición.
- Boston, Massachusetts : McGraw-Hill Higher Education, 2018.
- xxiii, 827, [60] páginas : ilustraciones, diagramas, gráficas y tablas (algunas a color) ; 29 cm. + 1 guía de estudio / manual (367 p. ; 29 cm.)
Incluye referencias bibliográficas, glosario e índice.
Genetics: the study of biological information. -- Mendel's breakthrough: patterns, particles, and principles of heredity. -- Extensions to mendel: complexities in relating genotype to phenotype. -- chromosome theory of inheritance. -- Linkage, recombination, and the the mapping of genes on chromosomes. -- DNA: how the molecule of heredity carries, replicates, and recombines information. -- Anatomy and function of a gene: dissection through mutation. -- Gene expression: the flow of genetic information from DNA to RNA to protein. -- Deconstructing the genome: DNA at high resolution. -- Reconstructing the genome through genetic and molecular analysis. -- direct detection of genotype distinguishes individual genomes. -- Systems biology and proteomics. -- eukaryotic chromosome: an organelle for packaging and managing DNA. -- Chromosomal rearrangements and changes in chromosome number reshape eukaryotic genomes. -- prokaryotic chromosome: genetic analysis in bacteria. -- chromosomes of organelles outside the nucleus exhibit non-mendelian patterns of inheritance. -- Gene regulation in prokaryotes. -- Gene regulation in eukaryotes. -- Cell-cycle regulation and the genetics of cancer. -- Using genetics to study development. -- genetic analysis of populations and how they evolve. -- Evolution at the molecular level. The The The The The The Study guide / solutions manual to accompany Genes to genomes. Guía.