Human molecular genetics [electronic resource] / edited by Kenneth W. Adolph.

Contributor(s): Adolph, Kenneth W, 1944-Material type: TextTextSeries: Methods in molecular genetics: v. 8.Publisher: San Diego : Academic Press, c1996Description: 1 online resource (xvii, 500 p.) : illISBN: 9780120443109; 0120443104; 9780080536415 (electronic bk.); 0080536417 (electronic bk.)Subject(s): Molecular genetics | Genetic Techniques -- Laboratory Manuals | Genetics, Medical -- methods -- Laboratory Manuals | Molecular Biology -- methods -- Laboratory Manuals | SOCIAL SCIENCE -- Anthropology -- Physical | Molekulargenetik | Aufsatzsammlung | Molecular biologyGenre/Form: Electronic books.Additional physical formats: Print version:: Human molecular genetics.DDC classification: 660.6/5 LOC classification: QH442 | .H84 1996ebOnline resources: ScienceDirect
Contents:
Mutation Detection in Human Genes. Gene Mapping, Cloning, Sequencing. Transcription: Promoters, Transcription Factors, Mrna. RNA Editing, Ribozymes, Antisense RNA. Genome Recombination Amplification. Receptors, Signal Transduction. The Mouse as a Model System for Human Molecular Genetics.
pt. I. Mutation detection in human genes. pt. II. Gene mapping, cloning, sequencing. pt. III. Transcription: promoters, transcription factors, mRNA. pt. IV. RNA editing, ribozymes, antisense RNA. pt. V. Genome recombination, amplification. pt. VI. Receptors, signal transduction. pt. VII. The mouse as a model system for human molecular genetics.
Summary: Human Molecular Genetics is a practical guide to the applications of molecular biology and genetics techniques to human cells. A wide range of experimental procedures for investigating human genes and genomes are presented. * * Mutation Detection in Human Genes - chemical mismatch cleavage, DNA mini-sequencing, SSCP method, RT-PCR, electrophoretic mobility shift assay (EMSA), protein truncation test, chromosome deletion analysis. * Gene Mapping, Cloning, Sequencing - gene linkage determination, large-capacity cloning system, cDNA isolation, differential display method, primer-based DNA sequencing. * Transcription: Promoters, Transcription Factors, mRNA, - promotor mutation analysis, transcription factor identification, mRNA-protein interaction characterization. * RNA Editing, Ribozymes, Antisense RNA-mammalian RNA editing assays, ribozymes as genetic tools, antisense RNA technology. * Genome Recombination, Amplification - recombination assays for mammalian cells, gene amplification measurement. * Receptors, Signal Transduction - intra-cellular receptor characterization, analysis of signal transduction genes. * The Mouse as a Model System for Human Molecular Genetics - mouse genome methods (mouse crosses, somatic cell hybrids, YACs), mouse model for cardiovascular disease.
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Human Molecular Genetics is a practical guide to the applications of molecular biology and genetics techniques to human cells. A wide range of experimental procedures for investigating human genes and genomes are presented. * * Mutation Detection in Human Genes - chemical mismatch cleavage, DNA mini-sequencing, SSCP method, RT-PCR, electrophoretic mobility shift assay (EMSA), protein truncation test, chromosome deletion analysis. * Gene Mapping, Cloning, Sequencing - gene linkage determination, large-capacity cloning system, cDNA isolation, differential display method, primer-based DNA sequencing. * Transcription: Promoters, Transcription Factors, mRNA, - promotor mutation analysis, transcription factor identification, mRNA-protein interaction characterization. * RNA Editing, Ribozymes, Antisense RNA-mammalian RNA editing assays, ribozymes as genetic tools, antisense RNA technology. * Genome Recombination, Amplification - recombination assays for mammalian cells, gene amplification measurement. * Receptors, Signal Transduction - intra-cellular receptor characterization, analysis of signal transduction genes. * The Mouse as a Model System for Human Molecular Genetics - mouse genome methods (mouse crosses, somatic cell hybrids, YACs), mouse model for cardiovascular disease.

Mutation Detection in Human Genes. Gene Mapping, Cloning, Sequencing. Transcription: Promoters, Transcription Factors, Mrna. RNA Editing, Ribozymes, Antisense RNA. Genome Recombination Amplification. Receptors, Signal Transduction. The Mouse as a Model System for Human Molecular Genetics.

Includes bibliographical references and index.

pt. I. Mutation detection in human genes. pt. II. Gene mapping, cloning, sequencing. pt. III. Transcription: promoters, transcription factors, mRNA. pt. IV. RNA editing, ribozymes, antisense RNA. pt. V. Genome recombination, amplification. pt. VI. Receptors, signal transduction. pt. VII. The mouse as a model system for human molecular genetics.

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