AI Prompt Stack for “Inventing a Solution to Address the Challenge of [HEALTH ISSUE/CONDITION] without [COMMON SIDE EFFECT]”

1. Understanding the Health Issue
   Input: Dive deep into the intricacies of [HEALTH ISSUE/CONDITION].
   Output: {{output1}}
2. Current Solutions & Their Drawbacks
   Input: Based on {{output1}}, list existing treatments and their side effects.
   Output: {{output2}}
3. Side Effect Focus
   Input: Zoom in on the specific side effect of [COMMON SIDE EFFECT] from {{output2}}.
   Output: {{output3}}
4. Biological Mechanisms
   Input: Investigate how {{output1}} affects the human body on a cellular and systemic level.
   Output: {{output4}}
5. Underlying Causes
   Input: Explore the root causes of {{output1}} based on {{output4}}.
   Output: {{output5}}
6. Alternative Treatment Avenues
   Input: Suggest alternative treatment paths given the information from {{output2}}, {{output3}}, and {{output5}}.
   Output: {{output6}}
7. Natural Remedies & Their Efficacy
   Input: Investigate natural remedies that could address {{output1}}.
   Output: {{output7}}
8. Innovative Delivery Methods
   Input: Propose new delivery methods that could reduce [COMMON SIDE EFFECT], considering {{output6}} and {{output7}}.
   Output: {{output8}}
9. Patient Experience
   Input: How do patients currently describe their experience with [COMMON SIDE EFFECT]?
   Output: {{output9}}
10. Case Studies
    Input: Provide case studies of successful alternative treatments for health issues similar to {{output1}}.
    Output: {{output10}}
11. Technology’s Role
    Input: Explore how technology can aid in developing a solution for {{output1}}, taking inspiration from {{output10}}.
    Output: {{output11}}
12. Safety & Testing
    Input: Design a comprehensive safety and testing protocol for the proposed solutions from {{output6}} and {{output8}}.
    Output: {{output12}}
13. Patient Feedback Mechanism
    Input: Develop a system to collect real-time feedback for the new treatment.
    Output: {{output13}}
14. Continuous Improvement
    Input: Refine the treatment based on feedback from {{output13}}.
    Output: {{output14}}
15. Cost & Accessibility
    Input: Analyze the potential cost of the treatment derived from {{output14}} and strategies to make it accessible.
    Output: {{output15}}
16. Ethical Considerations
    Input: Address any ethical concerns related to the solution from {{output14}}.
    Output: {{output16}}
17. Global Application
    Input: Adapt the solution from {{output16}} for different populations and regions.
    Output: {{output17}}
18. Integration with Other Treatments
    Input: Explore how the solution can be integrated with existing treatments, using insights from {{output2}} and {{output14}}.
    Output: {{output18}}
19. Final Prototype
    Input: Design a prototype of the treatment solution based on {{output14}}, {{output17}}, and {{output18}}.
    Output: {{output19}}
20. Outreach & Education
    Input: Develop a plan to educate healthcare professionals and patients about the benefits of {{output19}}.
    Output: {{output20}}

Each agent is now designed to either produce an output that’s used by subsequent agents or leverage outputs from prior agents to ensure a cohesive, interconnected exploration of the topic.