Nanotechnology Commercialization for Managers and Scientists

Nanotechnology Commercialization for Managers and Scientists

by Wim Helwegen, Luca Escoffier
Released February 2012
Publisher(s): Jenny Stanford Publishing
ISBN: 9789814364386

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Book description

The nanotechnology industry is a fast growing industry with many unique characteristics. When bringing the results of nanotechnology research to the market, companies and universities run into unforeseen problems related to intellectual property rights and other legal and regulatory issues. An effective commercialization of the results of research

Table of contents

  1. Contents (1/3)
  2. Contents (2/3)
  3. Contents (3/3)
  4. Contributors (1/2)
  5. Contributors (2/2)
  6. Foreword
  7. Preface
  8. 1. Introduction to the World of Nanotechnology (1/7)
  9. 1. Introduction to the World of Nanotechnology (2/7)
  10. 1. Introduction to the World of Nanotechnology (3/7)
  11. 1. Introduction to the World of Nanotechnology (4/7)
  12. 1. Introduction to the World of Nanotechnology (5/7)
  13. 1. Introduction to the World of Nanotechnology (6/7)
  14. 1. Introduction to the World of Nanotechnology (7/7)
  15. 2. Overview of Intellectual Property Rights (1/4)
  16. 2. Overview of Intellectual Property Rights (2/4)
  17. 2. Overview of Intellectual Property Rights (3/4)
  18. 2. Overview of Intellectual Property Rights (4/4)
  19. 3. Nanotechnology Patent Procurement and Litigation in Europe (1/6)
  20. 3. Nanotechnology Patent Procurement and Litigation in Europe (2/6)
  21. 3. Nanotechnology Patent Procurement and Litigation in Europe (3/6)
  22. 3. Nanotechnology Patent Procurement and Litigation in Europe (4/6)
  23. 3. Nanotechnology Patent Procurement and Litigation in Europe (5/6)
  24. 3. Nanotechnology Patent Procurement and Litigation in Europe (6/6)
  25. 4. Nanotechnology Patent Procurement and Litigation in the United States (1/6)
  26. 4. Nanotechnology Patent Procurement and Litigation in the United States (2/6)
  27. 4. Nanotechnology Patent Procurement and Litigation in the United States (3/6)
  28. 4. Nanotechnology Patent Procurement and Litigation in the United States (4/6)
  29. 4. Nanotechnology Patent Procurement and Litigation in the United States (5/6)
  30. 4. Nanotechnology Patent Procurement and Litigation in the United States (6/6)
  31. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (1/6)
  32. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (2/6)
  33. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (3/6)
  34. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (4/6)
  35. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (5/6)
  36. 5. How to Set Up an Effective IP Strategy and Manage a Nanotechnology-Based Patent Portfolio (6/6)
  37. 6. How to Identify Patent Infringements in the Nanotechnology Sector (1/6)
  38. 6. How to Identify Patent Infringements in the Nanotechnology Sector (2/6)
  39. 6. How to Identify Patent Infringements in the Nanotechnology Sector (3/6)
  40. 6. How to Identify Patent Infringements in the Nanotechnology Sector (4/6)
  41. 6. How to Identify Patent Infringements in the Nanotechnology Sector (5/6)
  42. 6. How to Identify Patent Infringements in the Nanotechnology Sector (6/6)
  43. 7. Licensing Issues in Nanotechnology (1/6)
  44. 7. Licensing Issues in Nanotechnology (2/6)
  45. 7. Licensing Issues in Nanotechnology (3/6)
  46. 7. Licensing Issues in Nanotechnology (4/6)
  47. 7. Licensing Issues in Nanotechnology (5/6)
  48. 7. Licensing Issues in Nanotechnology (6/6)
  49. 8. IP Valuation: Principles and Applications in the Nanotechnology Industry (1/4)
  50. 8. IP Valuation: Principles and Applications in the Nanotechnology Industry (2/4)
  51. 8. IP Valuation: Principles and Applications in the Nanotechnology Industry (3/4)
  52. 8. IP Valuation: Principles and Applications in the Nanotechnology Industry (4/4)
  53. 9. Investing in Nanotechnology (1/7)
  54. 9. Investing in Nanotechnology (2/7)
  55. 9. Investing in Nanotechnology (3/7)
  56. 9. Investing in Nanotechnology (4/7)
  57. 9. Investing in Nanotechnology (5/7)
  58. 9. Investing in Nanotechnology (6/7)
  59. 9. Investing in Nanotechnology (7/7)
  60. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (1/6)
  61. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (2/6)
  62. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (3/6)
  63. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (4/6)
  64. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (5/6)
  65. 10. Technology Transfer and Nanomedicine with Special Reference to Sweden (6/6)
  66. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (1/6)
  67. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (2/6)
  68. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (3/6)
  69. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (4/6)
  70. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (5/6)
  71. 11. Public-Private Partnerships — an Example from the Netherlands: The Industrial Partnership Programme (6/6)
  72. 12. University and Employees’ Inventions in Europe and the United States (1/10)
  73. 12. University and Employees’ Inventions in Europe and the United States (2/10)
  74. 12. University and Employees’ Inventions in Europe and the United States (3/10)
  75. 12. University and Employees’ Inventions in Europe and the United States (4/10)
  76. 12. University and Employees’ Inventions in Europe and the United States (5/10)
  77. 12. University and Employees’ Inventions in Europe and the United States (6/10)
  78. 12. University and Employees’ Inventions in Europe and the United States (7/10)
  79. 12. University and Employees’ Inventions in Europe and the United States (8/10)
  80. 12. University and Employees’ Inventions in Europe and the United States (9/10)
  81. 12. University and Employees’ Inventions in Europe and the United States (10/10)
  82. 13. Environment, Health, and Safety Within the Nanotechnology Industry (1/4)
  83. 13. Environment, Health, and Safety Within the Nanotechnology Industry (2/4)
  84. 13. Environment, Health, and Safety Within the Nanotechnology Industry (3/4)
  85. 13. Environment, Health, and Safety Within the Nanotechnology Industry (4/4)
  86. 14. Regulation of Nanomaterials in the EU (1/4)
  87. 14. Regulation of Nanomaterials in the EU (2/4)
  88. 14. Regulation of Nanomaterials in the EU (3/4)
  89. 14. Regulation of Nanomaterials in the EU (4/4)
  90. 15. Nanomaterial Regulation in the United States (1/7)
  91. 15. Nanomaterial Regulation in the United States (2/7)
  92. 15. Nanomaterial Regulation in the United States (3/7)
  93. 15. Nanomaterial Regulation in the United States (4/7)
  94. 15. Nanomaterial Regulation in the United States (5/7)
  95. 15. Nanomaterial Regulation in the United States (6/7)
  96. 15. Nanomaterial Regulation in the United States (7/7)

Product information

  • Title: Nanotechnology Commercialization for Managers and Scientists
  • Author(s): Wim Helwegen, Luca Escoffier
  • Release date: February 2012
  • Publisher(s): Jenny Stanford Publishing
  • ISBN: 9789814364386