Human Medicine

Inspiration

The inspiration for Human Medicine came from a simple observation: while we have advanced medical treatments for chronic illnesses like cancer and respiratory diseases, our immediate living environments are often neglected. We noticed that many patients return from sterile hospitals to homes with poor air quality and a lack of natural healing elements. We wanted to quantify the power of nature—moving beyond "decoration" to treat plants as functional, data-driven tools for recovery and preventative health.

What it does

Human Medicine is a personalized botanical health platform. It allows users to input their specific health concerns (e.g., respiratory issues, stress, or supportive care for cancer). The platform then:Prescribes Plants: Recommends specific medicinal plants based on their bioactive properties and air-purifying capabilities.Calculates Oxygen Output: Uses a custom algorithm to calculate exactly how many plants are needed to optimize $O_2$ levels based on the user's room dimensions.Monitors Environment: Provides a "Healing Score" for a room, helping users transform their living space into a supplemental medical tool.

How we built it

We built a web-based prototype using a modern tech stack:

Frontend: React.js for a clean, empathetic user interface.

Database: A curated dataset of 50+ medicinal plants, mapped to health benefits and oxygen production rates (liters per day).

The Algorithm: We developed a mathematical model based on NASA Clean Air studies and botanical photosynthesis rates to calculate the "Oxygen-to-Space" ratio.

Challenges we ran into

The biggest challenge was the variability of nature. Oxygen production isn't constant; it changes based on light, humidity, and time of day. We had to simplify complex botanical data into an "average yield" that remains scientifically grounded but easy for a layperson to understand. Additionally, ensuring that our medical suggestions were framed as "supportive care" rather than "cures" was critical for ethical and safety reasons.

Accomplishments that we're proud of

The biggest challenge was the variability of nature. Oxygen production isn't constant; it changes based on light, humidity, and time of day. We had to simplify complex botanical data into an "average yield" that remains scientifically grounded but easy for a layperson to understand. Additionally, ensuring that our medical suggestions were framed as "supportive care" rather than "cures" was critical for ethical and safety reasons.

What we learned

We learned that the "indoor environment" is a massive, untapped area of healthcare. Through our research, we discovered the specific ways certain plants, like the Snake Plant or Aloe Vera, actually alter the chemical composition of a room at night, which is crucial for patients who need high-quality sleep during recovery.

What's next for Human Medicine

In the future, we plan to:IoT Integration: Connect the website to low-cost $O_2$ and $CO_2$ sensors to provide real-time air quality alerts.AR Garden Builder: Use Augmented Reality to let users "see" where to place their healing plants in their actual room.E-commerce Bridge: Partner with local nurseries to deliver "Healing Kits" directly to patients' homes.

Built With

• aistudio
• gemini
• google-cloud