UPSC CSE 2026 Essay Paper Discussion
GS Paper 3 10 marks · 150w 9 min Medium

What is the present world scenario of intellectual property rights with respect to life materials? Although, India is second in the world to file patents, still only a few have been commercialized. Explain the reasons behind this less commercialization.

Subtopic: Science & Technology · IPR, biotechnology and commercialization

Model answer outline

How to structure your answer

Introduction (IPR over life materials under TRIPS) → world scenario: patents on genes, microorganisms, plant varieties; ethical/legal debates → India's regime: Section 3(j)/3(d), PPV&FR, Biological Diversity Act → the filing-vs-commercialization gap → reasons for low commercialization → Conclusion (bridging lab-to-market)
Full model answer

Detailed model answer

198 words · target 150 words · 9 min

World Scenario of IPR over Life Materials

Under the WTO's TRIPS Agreement, patents extend to biotechnological inventions—genes, modified microorganisms, diagnostic tools and processes. Landmark rulings like Diamond v. Chakrabarty (US) allowed patents on genetically engineered life forms, while jurisdictions differ on gene and plant patenting. Ethical and access concerns (biopiracy, seed monopolies, drug pricing) frame a contested global regime, moderated by the CBD and Nagoya Protocol on benefit-sharing.

India's Position

India files a large volume of patents, but Section 3(j) of the Patents Act bars patents on plants, animals and essentially biological processes, and Section 3(d) curbs evergreening; plant varieties are protected separately under the PPV&FR Act, and access is governed by the Biological Diversity Act, 2002.

Why Few Are Commercialized

  • The 'valley of death': weak translation from lab prototype (low TRL) to market-ready product.
  • Poor industry–academia linkage and scarce technology-transfer offices in universities and labs.
  • Limited risk capital—thin venture funding for deep-tech and long-gestation biotech.
  • Regulatory and infrastructure gaps, high cost of prototyping and scale-up.
  • Filing driven by academic incentives rather than a market pull.

Conclusion

Strengthening incubation, tech-transfer mechanisms (e.g., via BIRAC), patent-backed startup financing and industry linkages can convert India's filing strength into commercialized innovation.

Key points

What an examiner expects to see

  • TRIPS mandates patenting of biotech inventions; jurisdictions diverge on patenting genes, microorganisms and life forms (Diamond v. Chakrabarty precedent).
  • CBD and Nagoya Protocol govern access and benefit-sharing, addressing biopiracy of genetic resources.
  • India's Patents Act Section 3(j) excludes plants/animals and biological processes; Section 3(d) prevents evergreening.
  • Plant varieties protected under PPV&FR Act; genetic access under the Biological Diversity Act, 2002.
  • Low commercialization stems from the 'valley of death' — weak lab-to-market translation at low technology readiness levels.
  • Weak industry-academia linkages, scarce technology-transfer offices and thin venture/risk capital.
  • Filing is incentive-driven (academic metrics) rather than pulled by market demand.
  • Remedies: BIRAC-style incubation, tech-transfer offices, patent-backed startup finance, industry partnerships.
Examples to use

Concrete cases, schemes and judgments

  • Diamond v. Chakrabarty (US) – patent on a genetically engineered oil-eating bacterium
  • Section 3(d) and the Novartis (Glivec) case, 2013 – curbing evergreening
  • Protection of Plant Varieties and Farmers' Rights (PPV&FR) Act, 2001
  • Biological Diversity Act, 2002 and Nagoya Protocol on benefit-sharing
  • BIRAC and BioNEST incubators supporting biotech commercialization
Keywords / terms

Terminology to weave into the answer

TRIPS Agreementvalley of deathtechnology readiness levelSection 3(j)/3(d)technology transferbenefit-sharing

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