Safety evaluation of smart scales, smart watches, and smart rings with bioimpedance technology shows evidence of potential interference in cardiac implantable electronic devices
Using wearable smartwatches, smartrings, and smartscales could be life-threatening to patients with cardiac implantable electronic devices. In our Featured publication at Heart Rhythm journal (impact factor 6.343), we performed a safety evaluation of wearable smartwatches, smartrings, and at-home smartscales with bioimpedance sensing technology following Food and Drug Administration guidelines, in terms of their ability to interfere with the correct functioning of cardiac implantable electronic devices (CIEDs).
These devices apply an electrical current to the body, which is imperceptible to the patient, but it has the potential to confuse CIEDs. The translation of these findings could have disastrous consequences to patients with pacemakers and implantable cardioverter-defibrillators (ICDs) if these devices stopped working or delivered unnecessary electrical shocks to the heart.
Stay tuned. The media coverage from Heart Rhythm, press release from the University of Utah College of Engineering, full Article and accompanying Editorial article will be soon published.
Electrical impedance dermography can differentiate squamous cell carcinoma from its (benign) mimic inflamed sebhorreic keratosis
There are no currently available low cost, non-invasive methods for distinguishing squamous cell carcinoma (SCC) invasion from its benign mimics inflamed seborrheic keratosis (SK). In this study, we demonstrate the potential of electrical impedance dermography to serve this role by measuring 35 patients. Using machine-learning, we were able to correctly classify SCC in situ from inflamed SK with an accuracy of 0.958, sensitivity of 94.6%, and specificity of 96.9%. This is Elaine’s first-author paper and will be soon published at the Journal of Investigative Dermatology Innovations.
We welcome Raj, Sam and David!
Welcome, we are very excited that you joined the lab!
Lab lunch
I surprised my students by having lunch in a cafeteria they had never been to before!
Detecting ion levels, changes to monitor health
Our work detecting breast cancer non-invasively was covered in a magazine article in IEEE Pulse. Article: pdf
Update long overdue
It’s been quite a busy time and a lot has happened since our last post. Arnau and Tara graduated with flying colors and are now continuing their careers at Harvard University and Duke University. We are very proud of them! Our lab is also expanding and we are very happy to welcome Raj, Albert, David, and Sam! Stay tuned, more exciting news coming soon.
🥇Elaine also wins the Richards Alumni Undergraduate Scholarship!
Elaine is on a roll! We are very happy for her!
One ring to rule them all 💍
Tara is currently working on a project sponsored by Happy Health to develop and characterize a new smart ring that measures the electrical resistance of the skin to predict mental stress!
If you are interested in biomedical devices and vital sign monitoring, this is the place to make it happen 😀 |
🥇Henry wins the 2021-22 ARCS Scholarship!
Way to go Henry! The event will be held April 28, 2022 at noon at the Moran Eye Center.
🥇Elaine wins the Robert G. & Mary Jane Engman Endowed Scholarship!
Congratulations Elaine!