Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.

The Future of Genetics


Published on

The falk Fabian Zimmer and I gave at the re:publica on 05/03/12

  • Be the first to comment

The Future of Genetics

  1. 1. The Future of Genetics
  2. 2. Some History...• 1953: Watson & Crick discover the structure of DNA• 1977: Sanger publishes his DNA sequencing method
  3. 3. Some History• For years the method of Sanger stays the standard (it’s still widely used)• Famous use of the technique: The Human Genome Project (HGP)
  4. 4. Some History• Lessons of the HGP: • took >10 years to complete 1(!) genome • cost of > 3 billion USD
  5. 5. Today• Large-scale genomic sequencing is done using Next Generation Sequencing (NGS)• Costs for individual genomes dropped to <10k USD• Sequencing can be done within days
  6. 6. …but…• NGS allows for parallelization & produces fragmented data at a rapid speed• Relies on heavy computation to stitch fragments back into one genome ieces billi on p 1.8
  7. 7. Today• Computational power becomes the limiting factor for analyzing the data• Having data ≠ Gaining Knowledge “ I can assemble using MetaVelvet on our server in less than a day (admittedly it has 512GB of RAM, but doesnt everyone?)
  8. 8. Today• What do single genes do?• Which genes are responsible for a disease?• How does gene regulation work?
  9. 9. The Future? “ Oxford Nanopore has also introduced GridION -- a platform where multiple cartridges can be clustered together. The company reckon that a 20-node GridION setup can sequence a complete human genome in just 15 minutes.
  10. 10. This changes everything. Again.
  11. 11. What changes? Science* *it works!Individuals Companies Government & Civil Society
  12. 12. What changes? Science* *it works!Individuals Companies Government & Civil Society
  13. 13. Individuals & Science /Medicine• Tests for diseases • preimplantation/ prenatal genetic tests • newborn screenings • individual tests for hitherto unknown diseases
  14. 14. Individuals & Science /Medicine• WGS for preventative care • finding risk factors • counter diseases before they can develop
  15. 15. Individuals & Science /Medicine• Rise in data available for scientists • finding the genetic base of diseases • development of new treatments/drugs based on genetic knowledge
  16. 16. Individuals & Science /Medicine• Problems • Should WGS data be reused? • What about sharing data with other scientists? • Will participants get their raw data? Who owns it? • What about incidental findings?
  17. 17. What changes? Science* *it works!Individuals Companies Government & Civil Society
  18. 18. Individuals & Companies• Direct-To-Consumer Genetic Testing goes WGS• Problems: • Quality of resulting analysis by companies? • Should customers be allowed to take commercial tests without medical supervision?
  19. 19. Individuals & Companies• Obligatory Genetic Testing for... • ...(Health) Insurance companies? • ...employers?
  20. 20. Individuals & Companies• Personalized advertising... • VISA filed a patent on this last year...
  21. 21. What changes? Science* *it works!Individuals Companies Government & Civil Society
  22. 22. Individuals & Government / Civil Society• Genetic Testing for… • …online dating?! • …finding the perfect work-out strategy?!
  23. 23. Individuals & Government / Civil Society• and of course: Forensics… • What could Law Enforcement do with WGS data?
  24. 24. This affects all of us! Science* *it works!Individuals Companies Government & Civil Society
  25. 25. Where does this leave us?• Human Genetics & Genomics is rapidly growing field• It can have an impact on lots of parts of every day life• Now is the time to think about how we want to deal with this!
  26. 26. Thanks for listening. contact: @gedankenstuecke