Joshua Z. Rappoport
Mapping Humanity: How Modern Genetics Is Changing Criminal Justice, Personalized Medicine, and Our Identities
Sprecher: Lerman, Peter
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Joshua Z. Rappoport
Mapping Humanity: How Modern Genetics Is Changing Criminal Justice, Personalized Medicine, and Our Identities
Sprecher: Lerman, Peter
- MP3-CD
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Produktdetails
- Verlag: HighBridge Audio
- Gesamtlaufzeit: 636 Min.
- Erscheinungstermin: 1. September 2020
- Sprache: Englisch
- ISBN-13: 9781665175654
- Artikelnr.: 61507528
Dr. Joshua Z. Rappoport received a bachelor's degree in Biology from Brown University and then went on to earn a PhD from the Program in Mechanisms of Disease and Therapeutics at the Mount Sinai School of Medicine Graduate School of Biological Sciences of New York University. Following defense of his thesis Dr. Rappoport went on to perform postdoctoral work at The Rockefeller University in New York City in the Laboratory of Cellular Biophysics. Subsequently he was recruited as a faculty member in the School of Biosciences at the University of Birmingham in England. In 2014, Dr. Rappoport returned to the United States to become the Director of the Center for Advanced Microscopy and Nikon Imaging Center at the Northwestern University Feinberg School of Medicine, and a faculty member in the Department of Molecular and Cell Biology. Starting in March 2019, Dr. Rappoport took on the role of Executive Director of Research Infrastructure at Boston College, where he is now working to assist with strategic organization and operations in the core facility program at BC. Dr. Rappoport lives in Somerville, Massachusetts, with his wife Ema, a neuroscientist, and their dog Kris.
Contents
Introduction Part I: The Human Genome 101 Chapter 1: The Basics of DNA,
Chromosomes, and Genes Chapter 2: Gene Mutations and Polymorphisms Part II:
DNA Sequencing Methods Chapter 3: Sequencing DNA Chapter 4: Next-Generation
Sequencing Chapter 5: Big Data! Part III: Applications for Genomic
Information Chapter 6: Ancestry Chapter 7: Neanderthal DNA Chapter 8:
Genetic Screening Chapter 9: Genomic Justice Chapter 10: Classical Methods
to Search for Disease-Causing Mutations Chapter 11: Genome-Wide Association
Studies Chapter 12: Twenty-First Century Eugenics? Chapter 13: DNA and
Prenatal Genetic Testing Chapter 14: Pharmacogenomics Chapter 15:
Personalized Medicine Chapter 16: Gene Therapy Part IV: Genetic Engineering
Chapter 17: CRISPR-Clustered Regularly Interspaced Short Palindromic
Repeats Chapter 18: CRISPR Babies? Chapter 19: GMOs-Genetically Modified
Organisms Chapter 20: The Future of Food? Chapter 21: Pets-Ancestry,
Health, and Cloning Chapter 22: Conservation and Eradication Part V: Beyond
the Genome Chapter 23: The Basics of Epigenetics Chapter 24: Epigenetics in
Action Chapter 25: Mitochondrial DNA Chapter 26: The Future
References Index Acknowledgments About the Author
Introduction Part I: The Human Genome 101 Chapter 1: The Basics of DNA,
Chromosomes, and Genes Chapter 2: Gene Mutations and Polymorphisms Part II:
DNA Sequencing Methods Chapter 3: Sequencing DNA Chapter 4: Next-Generation
Sequencing Chapter 5: Big Data! Part III: Applications for Genomic
Information Chapter 6: Ancestry Chapter 7: Neanderthal DNA Chapter 8:
Genetic Screening Chapter 9: Genomic Justice Chapter 10: Classical Methods
to Search for Disease-Causing Mutations Chapter 11: Genome-Wide Association
Studies Chapter 12: Twenty-First Century Eugenics? Chapter 13: DNA and
Prenatal Genetic Testing Chapter 14: Pharmacogenomics Chapter 15:
Personalized Medicine Chapter 16: Gene Therapy Part IV: Genetic Engineering
Chapter 17: CRISPR-Clustered Regularly Interspaced Short Palindromic
Repeats Chapter 18: CRISPR Babies? Chapter 19: GMOs-Genetically Modified
Organisms Chapter 20: The Future of Food? Chapter 21: Pets-Ancestry,
Health, and Cloning Chapter 22: Conservation and Eradication Part V: Beyond
the Genome Chapter 23: The Basics of Epigenetics Chapter 24: Epigenetics in
Action Chapter 25: Mitochondrial DNA Chapter 26: The Future
References Index Acknowledgments About the Author
Contents
Introduction Part I: The Human Genome 101 Chapter 1: The Basics of DNA,
Chromosomes, and Genes Chapter 2: Gene Mutations and Polymorphisms Part II:
DNA Sequencing Methods Chapter 3: Sequencing DNA Chapter 4: Next-Generation
Sequencing Chapter 5: Big Data! Part III: Applications for Genomic
Information Chapter 6: Ancestry Chapter 7: Neanderthal DNA Chapter 8:
Genetic Screening Chapter 9: Genomic Justice Chapter 10: Classical Methods
to Search for Disease-Causing Mutations Chapter 11: Genome-Wide Association
Studies Chapter 12: Twenty-First Century Eugenics? Chapter 13: DNA and
Prenatal Genetic Testing Chapter 14: Pharmacogenomics Chapter 15:
Personalized Medicine Chapter 16: Gene Therapy Part IV: Genetic Engineering
Chapter 17: CRISPR-Clustered Regularly Interspaced Short Palindromic
Repeats Chapter 18: CRISPR Babies? Chapter 19: GMOs-Genetically Modified
Organisms Chapter 20: The Future of Food? Chapter 21: Pets-Ancestry,
Health, and Cloning Chapter 22: Conservation and Eradication Part V: Beyond
the Genome Chapter 23: The Basics of Epigenetics Chapter 24: Epigenetics in
Action Chapter 25: Mitochondrial DNA Chapter 26: The Future
References Index Acknowledgments About the Author
Introduction Part I: The Human Genome 101 Chapter 1: The Basics of DNA,
Chromosomes, and Genes Chapter 2: Gene Mutations and Polymorphisms Part II:
DNA Sequencing Methods Chapter 3: Sequencing DNA Chapter 4: Next-Generation
Sequencing Chapter 5: Big Data! Part III: Applications for Genomic
Information Chapter 6: Ancestry Chapter 7: Neanderthal DNA Chapter 8:
Genetic Screening Chapter 9: Genomic Justice Chapter 10: Classical Methods
to Search for Disease-Causing Mutations Chapter 11: Genome-Wide Association
Studies Chapter 12: Twenty-First Century Eugenics? Chapter 13: DNA and
Prenatal Genetic Testing Chapter 14: Pharmacogenomics Chapter 15:
Personalized Medicine Chapter 16: Gene Therapy Part IV: Genetic Engineering
Chapter 17: CRISPR-Clustered Regularly Interspaced Short Palindromic
Repeats Chapter 18: CRISPR Babies? Chapter 19: GMOs-Genetically Modified
Organisms Chapter 20: The Future of Food? Chapter 21: Pets-Ancestry,
Health, and Cloning Chapter 22: Conservation and Eradication Part V: Beyond
the Genome Chapter 23: The Basics of Epigenetics Chapter 24: Epigenetics in
Action Chapter 25: Mitochondrial DNA Chapter 26: The Future
References Index Acknowledgments About the Author