Lingyan Shi
@StimulatedRaman
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Associate Professor of Bioengineering at UCSD. We develop and apply optical nanoscopy to visualize metabolic dynamics in situ for studying aging & diseases.
San Diego, CA
Joined November 2009
RT @KatsuFunai: We have an Open Rank tenure-track faculty position in the Department of Nutrition & Integrative Physiology! Looking for a n….
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RT @UCSanDiego: Tariffs are dominating the headlines—but what do they really do? Five UC San Diego experts break down how tariffs work, why….
today.ucsd.edu
Five UC San Diego experts offer insight into how tariffs work, why they’re used, and what their impact is in today’s interconnected world.
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RT @SpectroscopyMag: A recent study used machine learning and Raman spectroscopy to classify exosomes from cancer cell lines, boosting the….
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RT @EpicPlain: Harnessing Raman Spectroscopy and Machine Learning for Liquid Biopsy Classification #MachineLearning.
spectroscopyonline.com
Spectroscopy spoke to Lingyan Shi of the University of California San Diego, about her team's research exploring a noninvasive cancer classification tool.
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RT @UCSanDiego: Here’s to those who made your UC San Diego experience unforgettable. 🫶 🎓. #UCSanDiego
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RT @Zhiliang_Bai: We are looking for talented postdocs/visiting students to join our team @MITdeptofBE and @kochinstitute to innovate spati….
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I'm supporting a cause that aims to give young students hands-on research opportunities in science. This can change their futures. Please consider donating or sharing to help make this happen.
gofundme.com
Over the past few years, I’ve devoted myself to scientific research, deve… Elena Cobain needs your support for Empower young minds with research opportunities
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RT @StimulatedRaman: Our new paper on A Clearer Look at Diabetic Kidney Disease
today.ucsd.edu
Researchers have developed a powerful new way to look inside kidney tissues, without needing to stain or damage the tissue samples. The new technique reveals early signs of disease often missed by...
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Our new paper on A Clearer Look at Diabetic Kidney Disease
today.ucsd.edu
Researchers have developed a powerful new way to look inside kidney tissues, without needing to stain or damage the tissue samples. The new technique reveals early signs of disease often missed by...
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RT @BritaBelli: 🏆 Science deserves to be celebrated. A recent story by Ian Sample in @guardian details the fascinating life of @davidrliu,….
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RT @OlzmannLab: Excited to see our N&V w/ @MikeLangePhD published in @Nature, highlighting new work from Raphael Rodriguez and team. A hete….
nature.com
Nature - A molecule designed to activate iron locked up in organelles called lysosomes and thereby induce cell death might offer a way to tackle treatment-resistant cancer.
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RT @mybenthos: 🔬 Join us May 7 for a short but powerful webinar with Yale’s @RongFan8 Lab!. 🧬 Discover how Patho-DBiT brings spatial RNA bi….
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RT @ishahjain: 🚨Preprint alert!🚨.Why do high-altitude populations have lower rates of metabolic syndrome and lower blood glucose? Superstar….
biorxiv.org
High altitude conditions result in improved glucose tolerance and lower diabetes risk across species, yet the underlying physiological mechanism remains unclear. Using mouse models, we found that...
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RT @jinzhanglab: Check out our new paper in @NatureBiotech sharing our latest kinase activity reporters! Led by former postdoc Michelle Fre….
nature.com
Nature Biotechnology - Far-red kinase biosensors are applied to image kinase signaling networks at super resolution.
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RT @KoladeAdebowal1: Great catching up with our @ucsdbe seminar speaker, Professor Darrell Irvine, and our colleagues from @UCSDJacobs. Tha….
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RT @ucsdbe: We talked to Assistant Professor, Dr. Kolade Adebowale and his research focus of Mechano-immunology🧫. You can learn more about….
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RT @RongFan8: Published in @CellCellPress: thrilled to contribute a bit to this amazing work led by @wang_yingxiao on developing “EchoBac….
cell.com
Sonogenetic EchoBack-CAR T cells were designed with an ultrasensitive heat-shock promoter screened from a library and a synthetic positive feedback loop that reprograms tumor engagement into CAR T...
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