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DNA Changing Science and Society

Regular price $34.95
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per
  • Author:
    KRUDE T
  • ISBN:
    9780521823784
  • Publication Date:
  • Edition:
    1
  • Pages:
    193
  • Binding:
    Hardback
  • Publisher:
    Cambridge University Press
  • Country of Publication:
DNA Changing Science and Society
DNA Changing Science and Society

DNA Changing Science and Society

Regular price $34.95
Unit price
per
  • Author:
    KRUDE T
  • ISBN:
    9780521823784
  • Publication Date:
  • Edition:
    1
  • Pages:
    193
  • Binding:
    Hardback
  • Publisher:
    Cambridge University Press
  • Country of Publication:

Description

1953 witnessed a breakthrough in biological science, the revelation of the double helical structure of DNA. Since the original revelation by James Watson and Francis Crick, knowledge of the structure and function of DNA has dramatically changed science and society. This volume explores the dramatic impact that this discovery has had on our lives. Beginning with the story of the discovery of the double helix, the collection looks at DNA fingerprinting and its impact on forensic and legal medicine; the extraction of ancient DNA from archaeological and palaeontological remains; the ethical implications arising from the genetic knowledge encoded in our DNA; the complex role of DNA in the cause, detection and treatment of cancer; the debates surrounding the potential commercialisation of genetically modified crops; the emotive field of reproductive medicine; and finally how the genetic basis of developmental language disorders is teaching us more about how humans communicate.
Contents:
Introduction Torsten Krude; 1. The discovery of the Double Helix Aaron Klug; 2. Genetic fingerprinting Alec Jeffreys; 3. Ancient DNA Svante Paabo; 4. DNA and cancer Ron Laskey; 5. DNA, biotechnology and society Malcolm Grant; 6. DNA in reproduction medicine Robert Winston; 7. Genes and language Dorothy Bishop; 8. DNA and ethics Onora O'Neill.
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  • 1953 witnessed a breakthrough in biological science, the revelation of the double helical structure of DNA. Since the original revelation by James Watson and Francis Crick, knowledge of the structure and function of DNA has dramatically changed science and society. This volume explores the dramatic impact that this discovery has had on our lives. Beginning with the story of the discovery of the double helix, the collection looks at DNA fingerprinting and its impact on forensic and legal medicine; the extraction of ancient DNA from archaeological and palaeontological remains; the ethical implications arising from the genetic knowledge encoded in our DNA; the complex role of DNA in the cause, detection and treatment of cancer; the debates surrounding the potential commercialisation of genetically modified crops; the emotive field of reproductive medicine; and finally how the genetic basis of developmental language disorders is teaching us more about how humans communicate.
    Contents:
    Introduction Torsten Krude; 1. The discovery of the Double Helix Aaron Klug; 2. Genetic fingerprinting Alec Jeffreys; 3. Ancient DNA Svante Paabo; 4. DNA and cancer Ron Laskey; 5. DNA, biotechnology and society Malcolm Grant; 6. DNA in reproduction medicine Robert Winston; 7. Genes and language Dorothy Bishop; 8. DNA and ethics Onora O'Neill.
1953 witnessed a breakthrough in biological science, the revelation of the double helical structure of DNA. Since the original revelation by James Watson and Francis Crick, knowledge of the structure and function of DNA has dramatically changed science and society. This volume explores the dramatic impact that this discovery has had on our lives. Beginning with the story of the discovery of the double helix, the collection looks at DNA fingerprinting and its impact on forensic and legal medicine; the extraction of ancient DNA from archaeological and palaeontological remains; the ethical implications arising from the genetic knowledge encoded in our DNA; the complex role of DNA in the cause, detection and treatment of cancer; the debates surrounding the potential commercialisation of genetically modified crops; the emotive field of reproductive medicine; and finally how the genetic basis of developmental language disorders is teaching us more about how humans communicate.
Contents:
Introduction Torsten Krude; 1. The discovery of the Double Helix Aaron Klug; 2. Genetic fingerprinting Alec Jeffreys; 3. Ancient DNA Svante Paabo; 4. DNA and cancer Ron Laskey; 5. DNA, biotechnology and society Malcolm Grant; 6. DNA in reproduction medicine Robert Winston; 7. Genes and language Dorothy Bishop; 8. DNA and ethics Onora O'Neill.