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Methodologies used to analyse the genomes of prokaryotes and eukaryotes are advancing very rapidly as it has been realized that there is a resolution gap between what can be viewed under the microscope and what molecular techniques can resolve. This book presents current, successful strategies for construction of physical maps to identify and analyse the arrangement and function of genes. These techniques, which are applicable to a range of organisms, are being used to move from linked markers to candidate genes in several human monogenic disorders. They are presented in a way that should enable any research or diagnostic laboratory to apply them to their particular systems. Also included are descriptions of new probes and approaches for the localization of human disorders whose analysis has so far eluded the molecular geneticist.
Chromosome mapping --- Chromosome Mapping --- Chromosomes --- Technique --- cartes --- Gene mapping --- -Chromosome mapping --- Genetic mapping --- Genome mapping --- Linkage mapping (Genetics) --- Mapping, Gene --- Genetics --- Chromosome Mapping. --- Basic Sciences. Bioinformatics --- Technique. --- Genome informatics --- -Technique --- Genome informatics.
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DNA --- Genetic Diseases, Inborn --- ds-DNA --- DNA, Double-Stranded --- Deoxyribonucleic Acid --- DNA, Double Stranded --- Double-Stranded DNA --- ds DNA --- Biopolymers --- diagnostic use. --- diagnosis. --- Genetic Technics --- Hereditary Diseases --- Génétique médicale --- diagnostic use --- Genetic Techniques. --- diagnosis --- Human genetics --- Medical genetics --- Génétique médicale
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Progress in the molecular analysis of human genetic disease has been very rapid over the last three years since the first edition of this book was published. Most of the genes involved in the more common monogenic disorders have been identified and many of the rarer disorders have now been mapped to chromosomal regions. This thoroughly updated edition discusses these developments in detail. The techniques available for gene mapping have changed substantially thus facilitating isolation of disease genes from their chromosomal positions. Animal models are being created to allow the detailed study of disease processes. The second edition fully covers these advancements and should be a valuable reference for students, clinicians, and researchers in the biological sciences.
Chromosome mapping --- Genetic disorders --- Chromosome Mapping --- Genetic Diseases, Inborn --- Genetic Markers --- genetics --- etiology --- Chromosome mapping. --- Genetic disorders. --- Molecular genetics. --- Chromosome Mapping. --- Genetic Markers. --- Hereditary Diseases --- genetics. --- Genetics. --- Genetic Diseases, Inborn - genetics --- Genetic Diseases, Inborn - etiology
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