Muyang Lin
@MuyangLin95
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Delighted to share my first first-author research article got published in Nature Biotenology today! @XugroupUCSD Monitoring deep tissue physiology on mobile subjects is challenging, but we have made it possible!
A fully integrated wearable ultrasound system to monitor deep tissues in moving subjects https://t.co/0iLfmgfZ2L
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Check out our latest review article on wearable ultrasound technologies. More good things on the horizon!
This article in @natrevbioeng offers a comprehensive overview of recent advances in wearable ultrasound technology across academia and industry. We did our best to cover the full landscape and are deeply grateful to the researchers whose work we reviewed. In the final section, we
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It’s been a fantastic collaboration with @JWangnano’s team. His wisdom and insight are always deeply inspiring. I can only hope to have his energy when I reach his age. https://t.co/cz4286MPQu
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We're hiring! Persperity Health, Inc – the startup driving the commercialization of our wearable sensor technology – is seeking a Biomedical Engineer to join the team to accelerate the biosensor development. Please help RT. Thanks! Apply here: https://t.co/tVIcjMO9ep
indeed.com
Persperity Health, Inc.
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In this @natBME paper, we validated a wearable ultrasound blood pressure sensor in over 100 patients across diverse clinical and at-home scenarios. The results demonstrate that the sensor achieves high accuracy, meeting the error threshold defined by the @US_FDA. This project,
today.ucsd.edu
A re-engineered wearable ultrasound patch for continuous and noninvasive blood pressure monitoring has undergone comprehensive clinical validation on over 100 patients, marking a major milestone in...
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This @NatureElectron article presents a single-element-transducer-based wearable ultrasound system and its application in health monitoring and human-machine interface. Although the single-element structure is simple, the signals it captures contain rich information about deep
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Elsie Ross, Sheng Xu, Sean Perez, Muyang Lin, and Sai Zhou - Development of an Operator-Free Ultrasound Patch for the Remote Monitoring of Arterial Flow Dynamics in Vascular Surgery Patients
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Last day of the GRC @GordonConf In Vivo Ultrasound imaging. Having fun and learning new ultrasond technologies. The poster award is the ice on the cake!😄
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#Micromachines MDPI We have set up a Special Issue: Novel Micromachine Systems Enabled Tissue Characterization and Physiological Monitoring, welcome to contribute to this Issue： https://t.co/2pdxDHhtDG Special Issue Editor: Muyang Lin @MuyangLin95 Deadline: 10 December 2024
mdpi.com
Special Issue in journal Micromachines: Novel Micromachine Systems Enabled Tissue Characterization and Physiological Monitoring
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I am immensely honored to have been awarded the Materials Excellence Award, named after the esteemed material scientist, Dr. Gareth Thomas. Hearty thanks to Prof. Marc Meyers, Ms. Zeeman-Thomas, and many more for organizing this wonderful symposium and award ceremony @BerkeleyMSE
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Glad that our wireless ultrasound device is highlighted on March issue cover. This wearable ultrasound patch can bring ultrasound scans to your daily life.😁
The March issue is live https://t.co/22mXAfzJUk On our cover, Lin et al. engineer a soft, wireless ultrasound device to measure deep body signals in moving subjects, offering a hands-free solution for continuous health tracking at the point of care https://t.co/TnQjWPkrO6
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The ability to do continuous, high-resolution ultrasound imaging of an organ in people on the go through a wearable patch is an important innovation https://t.co/FMxNNQ4Mbp
@NatureBiotech @heart_lung
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Big shoutout to Dr. Kenny @heart_lung for spotlighting our research on the wireless ultrasond patch! Dive into his insightful analysis of wearable ultrasound technologies here: https://t.co/QErOpnQZc4 Hands-free ultrasound will revolutionize prognostics, diagnostics, and therapy.
nature.com
Nature Biotechnology - An integrated wearable and wireless ultrasound device enables the continuous monitoring of physiological information from tissues in moving individuals.
@NANO_UCSD @ucsd_cse @ucsdbe @XugroupUCSD @MuyangLin95 Wearable ultrasound for continuous deep-tissue monitoring #NBTNV
https://t.co/qNJ3fEBlZO
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What a great end-of-year gift! Many thanks to @NIBIBgov for highlighting my work on the wireless ultrasound patch as the Top 2023 story ( https://t.co/NzwGFvgpSc).
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Prof. Sheng Xu and I will be giving back-to-back presentations @Materials_MRS. Stop by Symposium EL04.02 on Nov. 28 to check the latest wearable ultrasond technologies @XugroupUCSD!
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Many thanks to @LiezelLabios for arranging the filming and @michellecohan from @CNN to report our work. It was our great honor @MuyangLin95 to be in the same episode with @daniel_kraft, @SnyderShot, and @akyetisen.
📹🎬 Behind the scenes with @XugroupUCSD and @MuyangLin95 on @cnni's The Next Frontier. Check out the episode on the future of health tech, which showcases wearable ultrasound tech at @UCSanDiego! https://t.co/B9TS4K1SwE
@NANO_UCSD @ucsd_mats @ResearchUCSD @ucsdgradlife
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Our work on the fully integrated Ultrasonic System on Patch (USoP) is highlighted by CNN! @XugroupUCSD This technology in the Next Frontier will promote healthcare in the foreseeable future. https://t.co/clG0Dn8YcV
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Many thank to @NIBIBgov for highlighting our work on the wireless ultrasond patch!
We recently spoke with @MuyangLin95 & @XugroupUCSD about their wearable and completely wireless ultrasound patch that can continuously track critical vital signals without tethering the user to a control system. More here: https://t.co/FH5J6kbSPM
@UCSanDiego @UCSDJacobs
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A wireless ultrasound patch allows patients to monitor deep tissue signals, such as circulation and respiration, without needing costly hospital equipment, @JackLin62608901 and colleagues share in the Bioengineering Community.
communities.springernature.com
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Highlights from IEEE Spectrum
spectrum.ieee.org
First untethered, wireless system monitors vital signals while wearers exercise
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Revealed: world’s most advanced wearable ultrasound system that ‘can sense deep tissue vital signs wirelessly’ #NBTintheNews via @Revyuh
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