
#Bioimpedance pioneer measuring and monitoring health
University of Illinois Chicago
Joined December 2020
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SanchezResearchLab retweeted
Wearable device can continuously monitor blood pressure without the pesky cuffs
medicalxpress.com/news/2026-…
SanchezResearchLab retweeted
カフなし連続血圧計測スマートウォッチ、ユタ大学が開発|物理法則×AIで「ブラックボックス」を超える
innovatopia.jp/healthcare/he…
血圧が「2つの数字」として語られてきたことには、計測技術の制約という歴史的な理由があります。
SanchezResearchLab retweeted
米ユタ大が「カフ不要」で血圧を連続モニタリングできるスマートウォッチを開発|Nature Communicationsに掲載予定 ift.tt/xBp0oMe
SanchezResearchLab retweeted
"米ユタ大が「カフ不要」で血圧を連続モニタリングできるスマートウォッチを開発|Nature Communicationsに掲載予定" l.smartnews.com/m-7QpRdoAg/X…
SanchezResearchLab retweeted
New smartwatch measures both blood pressure and blood flow continuously without needing a cuff dlvr.it/TSs9WJ #EarthDotCom #EarthSnap #Earth
SanchezResearchLab retweeted
University of Utah researchers team up to develop and test a smartwatch that tracks electrical properties of pulsating blood.
Learn more: attheu.utah.edu/science-tech…
SanchezResearchLab retweeted
Goodbye, cuff! Researchers develop a compact wearable for true continuous blood pressure monitoring. hackster.io/news/goodbye-cuf…
SanchezResearchLab retweeted
A smartwatch at the wrist tracks blood pressure as a continuous waveform using tiny electrical changes in blood flow, sidestepping the usual inflatable cuff. @NatureComms medicalxpress.com/news/2026-…
Muchas gracias por mencionar nuestro trabajo @ElPeriodico_Esp
Un reloj inteligente puede medir la presión arterial todo el día sin tensiómetro epe.es/es/tendencias21/20260…
Thanks for the shoutout!
.@thisisUIC researchers developed a cuffless, electrical smartwatch that monitors blood pressure throughout the day. ☀️🌙
Published in Nature Communications, this tech is designed to provide health information without disrupting daily life.
📰today.uic.edu/bye-bye-blood-…
#Wearable placement can make or break #cuffless hemodynamic accuracy. Unlike other sensing modalities, our in silico study showed #impedance #plethysmography (#IPG) to be robust against user preference to wearable placement.
This is it. The first research-grade, fully #wireless and #wearable #bioimpedance (#BioZ) #smartwatch ⌚︎ capable of continuously monitoring #cuffless blood pressure (#BP) and blood velocity.
After 4 years of stealth work, we introduce a #wearable smart ring 💍 for real-time #bloodflow imaging and #cuffless blood pressure monitoring. arxiv.org/abs/2604.14494
💥Excited to share that our work has been published in @NatureComms @NaturePortfolio! We developed a biophysical framework that links #bioimpedance with fluid dynamics, providing new insights into the physiological mechanisms supporting #cuffless hemodynamic monitoring.
We have made available a free preprint of our most recent work on #cuffless #hemodynamic monitoring
arxiv.org/abs/2601.00081
SanchezResearchLab retweeted
Smartwatches and Smart Scales With Body Composition May Interfere With Cardiac Implantable Electronic Devices @ba_steinberg @ResearchSanchez #Epeeps doi.org/10.1161/CIRCEP.125.0…
📢 Publication Alert: We found that ⌚️ Samsung Galaxy Watch5 Pro and ⚖️ Withings Body Scan #bioimpedance feature can cause oversensing and noise reversion in Boston Scientific #pacemakers and #ICDs


















