Lu Yin
@YinLu_CLT
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PhD in Nanoengineering. Working on something new.
San Diego, CA
Joined December 2019
(4/4) Congratulations to the team @JWangnano group and @XugroupUCSD: An-Yi, @MuyangLin95, Maria Jose Reynoso, @PrinceDing93, Ruixiao, Yuma, Ana, Geonho, @ZhengxingLi, Luan, Nelly, and @fangyu_zhang! (special thanks to @FarshadTehran10) @CNE_Nano @UCSDJacobs @UCSD @UCSDalumni
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(3/4) I'm proud to have designed the wristband system and worked alongside an incredible team to bring this vision to life. It took many iterations to get the device to its fleixble form today! https://t.co/nH9iQDc8Se
#Biosensors #Bioengineering #wearables
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(2/4) This builds on the foundation of earlier work published in 2021 and 2022, where we demonstrated integrated hemodynamic and biomarker sensing https://t.co/Zo0kWmsgF1, and fully integrated multiplexed microneedle sensors for metabolic monitoring https://t.co/rUdPV0EvlZ.
nature.com
Nature Biomedical Engineering - A wearable array of microneedle-based sensors can be used to wirelessly measure the levels of glucose simultaneously with those of alcohol or lactate in the...
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Excited to share the latest work published @natBME - a flexible wristband integrates microneedle arrays for glucose, lactate and alcohol sensing, alongside ECG, blood pressure and arterial stiffness monitoring. (1/4) Press release: https://t.co/jJii8JHZ83
#Medtech #WearableTech
today.ucsd.edu
A new wearable wristband could significantly improve diabetes management by continuously tracking not only glucose but also other chemical and cardiovascular signals that influence disease progress...
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Great Reunion with 4 talented team alumni, from our 3 startup sensor companies, at the DTM diabetes technology meeting in San Francisco!
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Our latest work with @JWangnano talks about continuous sweat glucose monitoring at rest. Validated on both healthy and type 1 diabetic subjects. Results show 11% MARD vs. commercial blood glucose meter. @YinLu_CLT @PrinceDing93
https://t.co/BEAsqDsBuN
advanced.onlinelibrary.wiley.com
A passive perspiration enabled wearable platform for continuous blood glucose tracking. The platform utilizes osmosis for non-invasive epidermal sweat extraction and an electrochemical self-powered...
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A paper in @NatureElectron presents a wearable microgrid powered solely by fingertip perspiration that can monitor metabolic biomarkers—including glucose, vitamin C, lactate and levodopa—over extended periods of time. 🔒 https://t.co/c7qfi7JweQ
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Huge thanks to the News & Views article "Sweat sensing at your fingertips," published @NatureElectron, which featured our work. Check more here: News & Views: https://t.co/l3c1j6Zh0v Original research: https://t.co/bUgmMzYX0F
https://t.co/arKZd0ClbW
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(3/3) This work was conceptualized with a simple drawing in 2021 but only came to life with years of hard work from a fantastic team led by @PrinceDing93 and @TamoghnaSaha3 at @JWangnano's group @UCSDJacobs. Congratulations!👉⚡️⚡️👈 Read the paper: https://t.co/rb9XGZrpul
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(2/3) This work, the latest in the wearable microgrid lineage, shrinks a self-powered system from the size of a shirt to a patch and, finally, to the tip of a finger. This also marks a new chapter in the series of work exploring non-invasive sensing using natural fingertip sweat.
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(1/3) Our work was published today at @NatureElectron! This cool project demonstrated a self-powered fingertip-sized system that osmotically extracts sweat, harvests electricity from it, stores the energy, and uses it for continuous sweat monitoring.
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Microrobots are on a roll at @UCSanDiego! They've shown promise in early studies against deadly pneumonia, lung cancer metastasis and now, inflammatory bowel disease. Check out new research led by @liangfangzhang & @JWangnano published in @SciRobotics
today.ucsd.edu
Engineers have developed a pill that releases microscopic robots, or microrobots, into the colon to treat inflammatory bowel disease (IBD). The experimental treatment, given orally, has shown success...
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We have lost a scientific giant, Prof. Allen J. Bard. Thank you, Al, for everything you taught us. You will be greatly missed. Rest in peace.
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"Pricking your fingers to check sugar levels might become a thing of the past for diabetics thanks to @UCSDalumni whose startup business @Persperion may completely transform the way people monitor their glucose." @YinLu_CLT in @SDbusiness: https://t.co/9FhzUXdmsL
@karenpearlman
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Jacobs School alumni Lu Yin and Alan Liu were included in @Forbes 30 Under 30 in the Science category🔱 They were recognized for developing a sweat-based noninvasive glucose monitor through their startup @Persperion. It's spun off from @UCSanDiego tech: https://t.co/MIw68uBanY
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2024 #ForbesUnder30 SCIENCE Inventing the future from the atom up. See the list:
forbes.com
Inventing the future from the atom up.
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The October cover illustrates the integration, on an earbud, of sensors for brain activity (via electroencephalography, electrooculography and electrodermal activity) and of lactate levels (electrochemically, in sweat). https://t.co/4FYkGrcqyn
https://t.co/ZwhOaHxYi9 [Paper]
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Extremely pleased to share our new paper in Nature BME, describing an innovative multimodal in-ear sensing. Wonderful collaboration with Profs Cauwenberghs, Mercier and Xu from our CWS Center !
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Incredible News! Huge congrats 🎉🎉to my postdoc PI, Dr. Joseph Wang @JWangnano , for reaching a remarkable Google Scholar H-index of 200! Your dedication to research and innovation is truly inspiring. 👍👍#ResearchMilestone #HIndex200 #CongratulationsDrWang"
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Tonight we had the honor of welcoming our new NAI Fellows during the Fellows Induction Ceremony at our 12th Annual Meeting. Congratulations to our Fellows! #invention #innovation #NAI2023
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