The National Academies Keck Futures Initiative Genomics Steering Committee, The National Academies Keck Futures Initiative Genomics Planning Committee, The National Academies

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• 1 Front Matter; 2 Conference Summary; 3 Working Group Summaries: Identify What Technological Advances in the Fields of Science and Engineering Need to Be Developed (Either New Technology or Novel Integration of Existing Technologies) to Improve Rapid Response to New or Emerging Diseases; 4 Develop an Inexpensive (and Cost-Effective) Diagnostic Test That Could Be Deployed in Countries with Little Scientific Research Infrastructure; 5 How Would You Spend $100 Million Over the Next Five Years to Prevent the Next Pandemic Flu?; 6 How Can Genomics Facilitate Vaccine Development?; 7 Develop a Device to Rapidly and Sensitively Detect and Identify Pathogens in an Environment or Population, Spread Either Naturally or Through Deliberate Acts; 8 Are There Shared Pathways of Attack That Might Provide New Avenues of Prevention?; 9 Explore the Emerging Role of Public Health in Integrating Genomics in Surveillance, Outbreak Investigations, and Control and Prevention of Infectious Diseases; 10 What Will It Take to Sequence an Individual's Genome for Under $1,000 in Less Than 10 Years?; 11 How Can We Use Natural Variation in Disease Resistance to Understand Host Pathogen Interactions and Devise New Therapies?; 12 Appendix: The 3rd Annual National Academies Keck Futures Initiative Conference Program; 13 Appendix: Participants

The National Academies Keck Futures Initiative Genomics Steering Committee, The National Academies Keck Futures Initiative Genomics Planning Committee, The National Academies

Select Guide Rating

• 1 Front Matter; 2 Conference Summary; 3 Working Group Summaries: Identify What Technological Advances in the Fields of Science and Engineering Need to Be Developed (Either New Technology or Novel Integration of Existing Technologies) to Improve Rapid Response to New or Emerging Diseases; 4 Develop an Inexpensive (and Cost-Effective) Diagnostic Test That Could Be Deployed in Countries with Little Scientific Research Infrastructure; 5 How Would You Spend $100 Million Over the Next Five Years to Prevent the Next Pandemic Flu?; 6 How Can Genomics Facilitate Vaccine Development?; 7 Develop a Device to Rapidly and Sensitively Detect and Identify Pathogens in an Environment or Population, Spread Either Naturally or Through Deliberate Acts; 8 Are There Shared Pathways of Attack That Might Provide New Avenues of Prevention?; 9 Explore the Emerging Role of Public Health in Integrating Genomics in Surveillance, Outbreak Investigations, and Control and Prevention of Infectious Diseases; 10 What Will It Take to Sequence an Individual's Genome for Under $1,000 in Less Than 10 Years?; 11 How Can We Use Natural Variation in Disease Resistance to Understand Host Pathogen Interactions and Devise New Therapies?; 12 Appendix: The 3rd Annual National Academies Keck Futures Initiative Conference Program; 13 Appendix: Participants

The National Academies Keck Futures Initiative Genomics Steering Committee, The National Academies Keck Futures Initiative Genomics Planning Committee, The National Academies

Select Guide Rating

• 1 Front Matter; 2 Conference Summary; 3 Working Group Summaries: Identify What Technological Advances in the Fields of Science and Engineering Need to Be Developed (Either New Technology or Novel Integration of Existing Technologies) to Improve Rapid Response to New or Emerging Diseases; 4 Develop an Inexpensive (and Cost-Effective) Diagnostic Test That Could Be Deployed in Countries with Little Scientific Research Infrastructure; 5 How Would You Spend $100 Million Over the Next Five Years to Prevent the Next Pandemic Flu?; 6 How Can Genomics Facilitate Vaccine Development?; 7 Develop a Device to Rapidly and Sensitively Detect and Identify Pathogens in an Environment or Population, Spread Either Naturally or Through Deliberate Acts; 8 Are There Shared Pathways of Attack That Might Provide New Avenues of Prevention?; 9 Explore the Emerging Role of Public Health in Integrating Genomics in Surveillance, Outbreak Investigations, and Control and Prevention of Infectious Diseases; 10 What Will It Take to Sequence an Individual's Genome for Under $1,000 in Less Than 10 Years?; 11 How Can We Use Natural Variation in Disease Resistance to Understand Host Pathogen Interactions and Devise New Therapies?; 12 Appendix: The 3rd Annual National Academies Keck Futures Initiative Conference Program; 13 Appendix: Participants