Low-Power, Non-Invasive Physiological Sensors for Remote Usage

The proposed program focuses on developing low-power sensors that are (1) sensitive, (2) robust, (3) non-invasive, (4) light, and (5) small for remote physiological monitoring. Existing sensors require excessive battery power, are unacceptabley slow in response times, and bulky. Nanomaterials Research Corporation (NRC) will develop and demonstrate sensors based on nanostructured mixed oxides that overcome the limitations of existing technology. The Phase I effort will establish the proof-of-concept, Phase II will optimize and field test the sensor with lead customers, and Phase III will commercialize the sensor to niche markets. Anticipated Military Benefits/Potential Commercial Applications of the Research or Development: The proposed sensor would help the military in combat casualty care and in remote monitoring of a soldier's health. Commercial applications include neonatal care of premature babies, adult intesive care, monitoring patients during anesthesia, civilian emergency trauma care particularly in remote settings, and diagnostic screening of early diseases and pathology.