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Harvard Case - Target Malaria: Editing Mosquitoes through Gene Drives

"Target Malaria: Editing Mosquitoes through Gene Drives" Harvard business case study is written by Shikhar Ghosh, Shweta Bagai. It deals with the challenges in the field of Entrepreneurship. The case study is 28 page(s) long and it was first published on : Jan 30, 2024

At Fern Fort University, we recommend that Target Malaria proceed with a phased approach to implementing its gene drive technology. This approach should prioritize rigorous scientific research, ethical considerations, and community engagement. The focus should be on building trust and transparency with stakeholders, while ensuring the technology is developed and deployed responsibly. This includes establishing robust regulatory frameworks, engaging with local communities, and conducting extensive field trials to assess the potential impact on the environment and human health.

2. Background

Target Malaria is a non-profit organization dedicated to developing and deploying gene drive technology to control mosquito populations, specifically those carrying malaria parasites. The organization aims to reduce the burden of malaria, a deadly disease that affects millions worldwide. The case study explores the challenges and opportunities associated with this innovative approach, highlighting the complex ethical, scientific, and social considerations involved.

The main protagonists in the case study are:

  • Target Malaria: The non-profit organization driving the development and deployment of gene drive technology.
  • Scientists and Researchers: Experts working on the scientific aspects of gene drive technology, including its development, testing, and potential impact.
  • Local Communities: The populations most directly affected by malaria and the potential consequences of gene drive technology.
  • Regulators and Policymakers: Government agencies and international organizations responsible for overseeing the development and deployment of gene drive technology.

3. Analysis of the Case Study

This case study can be analyzed through the lens of strategic management, considering the following frameworks:

  • SWOT Analysis: This framework helps identify Target Malaria?s strengths, weaknesses, opportunities, and threats.
    • Strengths: Innovative technology with the potential to significantly reduce malaria, strong scientific team, growing international support.
    • Weaknesses: Unproven technology, potential for unintended consequences, ethical concerns, potential for resistance from local communities.
    • Opportunities: Growing global demand for malaria control solutions, potential for partnerships with governments and international organizations, increased funding opportunities.
    • Threats: Regulatory hurdles, public opposition, potential for misuse of the technology, emergence of resistant mosquito populations.
  • Porter?s Five Forces: This framework analyzes the competitive landscape surrounding Target Malaria.
    • Threat of New Entrants: High, as gene drive technology is relatively new and attracting interest from other organizations.
    • Bargaining Power of Buyers: Low, as there are few alternative solutions to malaria control.
    • Bargaining Power of Suppliers: Moderate, as Target Malaria relies on specialized expertise and resources.
    • Threat of Substitute Products: Moderate, as other malaria control methods exist, but gene drive offers a potentially more effective solution.
    • Rivalry Among Existing Competitors: Moderate, as several organizations are developing gene drive technologies for different applications.

4. Recommendations

To navigate the complex landscape surrounding gene drive technology, Target Malaria should implement the following recommendations:

  1. Prioritize Rigorous Scientific Research: Conduct extensive laboratory and field trials to thoroughly assess the safety, efficacy, and potential environmental impact of the gene drive technology. This includes monitoring for unintended consequences and developing strategies to mitigate potential risks.
  2. Engage in Transparent and Inclusive Community Dialogue: Establish open communication channels with local communities, actively listening to their concerns and addressing them transparently. This includes educating communities about the technology, its potential benefits and risks, and ensuring their informed consent before deployment.
  3. Develop Robust Regulatory Frameworks: Work closely with regulatory agencies to establish clear and comprehensive guidelines for the development, testing, and deployment of gene drive technology. This should include rigorous safety protocols, environmental impact assessments, and mechanisms for monitoring and managing potential risks.
  4. Build Strategic Partnerships: Collaborate with governments, international organizations, and other stakeholders to secure funding, facilitate regulatory approvals, and leverage expertise in areas such as public health, environmental science, and social impact assessment.
  5. Develop a Phased Deployment Strategy: Begin with pilot projects in carefully selected locations, gradually expanding the deployment area based on the results of ongoing monitoring and evaluation. This approach allows for continuous learning and adaptation, minimizing risks and ensuring the technology is deployed responsibly.

5. Basis of Recommendations

These recommendations are based on the following considerations:

  1. Core Competencies and Consistency with Mission: The recommendations align with Target Malaria?s core competencies in scientific research and its mission to reduce the burden of malaria.
  2. External Customers and Internal Clients: The recommendations prioritize the needs of local communities and stakeholders, ensuring their involvement and informed consent. They also consider the needs of internal clients, such as researchers and scientists, by providing a framework for responsible development and deployment.
  3. Competitors: The recommendations acknowledge the competitive landscape and emphasize the need for innovation, collaboration, and differentiation.
  4. Attractiveness ? Quantitative Measures: While quantifying the benefits of gene drive technology is challenging, the recommendations focus on maximizing its potential impact while minimizing risks. This includes conducting rigorous research to assess its effectiveness and safety, engaging in transparent communication to build trust, and establishing robust regulatory frameworks to ensure responsible deployment.

6. Conclusion

Target Malaria has the potential to revolutionize malaria control through its innovative gene drive technology. However, the successful implementation of this technology requires a careful and responsible approach, prioritizing scientific rigor, ethical considerations, and community engagement. By following the recommendations outlined above, Target Malaria can navigate the complex challenges and opportunities associated with gene drive technology, contributing to a healthier future for millions of people.

7. Discussion

Other alternatives not selected include:

  • Abandoning the technology: This option would avoid the risks associated with gene drive technology but would also miss the opportunity to significantly reduce the burden of malaria.
  • Deploying the technology without proper research and community engagement: This approach would be risky and could lead to unintended consequences, potentially eroding public trust and hindering future development.

The key assumptions of the recommendations include:

  • The gene drive technology is effective and safe: This assumption is based on ongoing research and the potential of the technology to significantly reduce malaria.
  • Communities will be receptive to the technology: This assumption relies on transparent communication, community engagement, and addressing concerns.
  • Regulatory frameworks will be supportive: This assumption depends on collaboration with governments and international organizations to establish clear and comprehensive guidelines.

8. Next Steps

To implement the recommendations, Target Malaria should take the following steps:

  • Within 6 months: Establish a dedicated team to oversee the implementation of the recommendations.
  • Within 12 months: Develop a comprehensive research plan, including laboratory and field trials, and initiate community engagement activities.
  • Within 18 months: Engage with regulatory agencies to develop clear guidelines for gene drive technology and secure necessary approvals for pilot projects.
  • Within 24 months: Launch pilot projects in carefully selected locations, focusing on monitoring and evaluation to assess the technology?s effectiveness and potential impact.

By following these steps, Target Malaria can ensure the responsible development and deployment of gene drive technology, contributing to a healthier future for millions of people while minimizing potential risks and fostering trust with stakeholders.

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Case Description

Target Malaria, a non-profit research consortium, is exploring the application of CRISPR-Cas9 gene editing technology to combat malaria in Sub-Saharan Africa. Its approach uses gene drives, a revolutionary tool, to suppress the population of malaria-carrying mosquitoes. Although gene drives are 5-10 years from being tested in the wild, Target Malaria's strategy of staged implementation has been driven by a thoughtful, highly regulated, and long pathway. The case describes the complexity and technical intricacies of gene drive technology, the stakeholder and community engagement process, ecological and ethical risks with releasing genetically modified organisms into the wild, and the regulatory structure. Since a gene drive has the potential to alter not just a single organism but an entire species, the case raises critical questions central to the deployment of transformative technologies in public health: How can the global community govern technologies when their effects transcend national borders? What are the potential long-term ecological impacts, and how can they be mitigated? How do you balance risks and benefits of a technology like gene drives, given that malaria kills hundreds of thousands of people (mostly children) every year?

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