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  • Published: 15 July 2010
  • ISBN: 9780553385786
  • Imprint: Bantam Dell
  • Format: Paperback
  • Pages: 192
  • RRP: $29.99

How to Defeat Your Own Clone

And Other Tips for Surviving the Biotech Revolution



Following in the bestselling tradition of Mary Roach's Stiff and Spook, and Max Brooks's The Zombie Survival Guide, How to Defeat Your Own Clone is a satirical, yet also highly informative "guide'" for anyone curious about the science underlying genetic upgrades, mutant superheroes, and clones.

Send in the clones! On second thought, maybe not.
 
CAN IT READ MY MIND?
WILL IT BE EVIL?
HOW DO I STOP IT?
 
Find out the answers to these and other burning questions in this funny, informative, and ingenious book from two bioengineering experts who show you how to survive—and thrive—in a new age of truly weird science.
For decades, science fiction has been alerting us to the wonders and perils of our biotech future—from the prospects of gene therapy to the pitfalls of biological warfare. Now that future looms before us. Don’t panic! This book is all you need to prepare for the new world that awaits us, providing indispensable cautionary advice on topics such as
 
• bioenhancements: They’re not just for cyborgs anymore.
• DNA sequencing and fingerprinting: What’s scarier than the government having your DNA on file? Try having it posted on the Internet.
• human cloning: Just like you, only stronger, smarter, and more attractive. In other words: more dangerous.

Our future may be populated by designer babies, genetically enhanced supersoldiers, and one (or more!) of your genetic duplicates, but all is not lost. How to Defeat Your Own Clone is the ultimate survival guide to what lies ahead. Just remember the first rule of engagement: Don’t ever let your clone read this book!

  • Published: 15 July 2010
  • ISBN: 9780553385786
  • Imprint: Bantam Dell
  • Format: Paperback
  • Pages: 192
  • RRP: $29.99

About the authors

Kyle Kurpinski

Kyle Kurpinski received a Master's degree in biomedical engineering from the University of Michigan and a Ph.D. in bioengineering in the joint graduate group between the University of California, Berkeley and the University of California, San Francisco. He is the lead product development engineer at Nanonerve, Inc.