| Abstract Scope |
Astronauts in deep space require continuous, real-time physiological tracking to monitor how extreme environments affect their blood biochemistry and vital signs. This paper outlines how a wearable sensor patch engineered for astronaut health tracking can be commercialized to revolutionize terrestrial patient care, specifically for individuals on aggressive drug regimens like isotretinoin. The device integrates flexible, radiation-resistant biomaterials with electrochemical sensors to continuously monitor blood oxygen, heart rate, and key metabolic biomarkers through the skin. Instead of requiring isotretinoin patients to undergo inconvenient, painful monthly clinic blood draws to check for drug toxicity, this device offers a non-invasive, daily monitoring alternative. This research details the process of translating this laboratory space prototype into an affordable, consumer-ready medical device, demonstrating how aerospace engineering can directly improve patient compliance and safety in everyday healthcare markets. |