Tushar Parlikar, product manager for Alphabet Verily’s wearables program
Who needs which? If such a sensor existed, which could be a user-friendly along with continuous way to monitor people with high blood pressure, who are at a higher risk of heart disease, diabetes along with strokes, as well as to monitor overall heart health. The promise of such technologies can be to catch potential problems long before they’re life-threatening.
Who’s working on which? Many academic along with industry groups, according to Parlikar, including Harry Asada’s robotics team at MIT, along with cardiovascular researcher Ramakrishna Mukkamala at Michigan State University. A variety of venture-backed start-ups are also working on which too, with mixed success.
Why can be which so challenging? Parlikar said there have been several attempts to estimate blood pressure non-invasively using optical sensors, using a slew of different methods. yet most have resulted in inaccurate or inconsistent results.
Where could a wearable fit on the body? The wrist, ear canal, face along with chest are all options, says Parlikar. along with which makes which an attractive possibility for smartwatch makers.
What’s the timeline? Parlikar isn’t particularly optimistic about what he calls “pulse transit time” methods, which have been tried for decades. yet for all various other methods, including measuring the the velocity of the pulse wave, he thinks which’s probably several years away.