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DNA and the Criminal Justice System The Technology of Justice (Basic Bioethics)
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DNA and the Criminal Justice System The Technology of Justice (Basic Bioethics) Hardcover - 2004

by David Lazer


From the publisher

Is DNA technology the ultimate diviner of guilt or the ultimate threat to civil liberties? Over the past decade, DNA has been used to exonerate hundreds and to convict thousands. Its expanded use over the coming decade promises to recalibrate significantly the balance between collective security and individual freedom. For example, it is possible that law enforcement DNA databases will expand to include millions of individuals not convicted of any crime. Moreover, depending on what rules govern access, such databases could also be used for purposes that range from determining paternity to assessing predispositions to certain diseases or behaviors. Thus the use of DNA technology will involve tough trade-offs between individual and societal interests.This book, written by a distinguished group of authors including US Supreme Court Justice Stephen Breyer, explores the ethical, procedural, and economic challenges posed by the use of DNA evidence as well as future directions for the technology. After laying the conceptual historical, legal, and scientific groundwork for the debate, the book considers bioethical issues raised by the collection of DNA, including the question of control over DNA databases. The authors then turn to the possible genetic bases of human behavior and the implications of this still-unresolved issue for the criminal justice system. Finally, the book examines the current debate over the many roles that DNA can and should play in criminal justice.

First line

On May 1, 1990, Roy Criner was convicted of the 1986 murder and rape of Deanna Ogg and sentenced to ninety-nine years in prison.

Details

  • Title DNA and the Criminal Justice System The Technology of Justice (Basic Bioethics)
  • Author David Lazer
  • Binding Hardcover
  • Edition First Printing
  • Language ENG
  • Publisher The MIT Press, Cambridge, MA
  • Date November 1, 2004
  • ISBN 9780262122658