Ian Wong Lab at Brown. 🟦ianywonglab
@ianywonglab
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Biomedical engineering lab at Brown U. Biomaterials, mechanobiology and computer vision for epithelial cell migration. Also, micro / nano fab and 3D printing.
Brown University
Joined June 2022
University of Wisconsin-Madison feature on Prof. Dhananjay Bhaskar PhD '21 @dbhaskar92 @brownengin @Brown_DSI @UWMadison_BME
https://t.co/jH2bmCK5tm
engineering.wisc.edu
Dhananjay Bhaskar can’t hide his enthusiasm on the other end of the video call as he carries his laptop down the hallways of Yale University’s new Wu Tsai Institute building. He stops in front of...
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Postdoc Jiwon Kim was named one of 30 female Rising Stars in MechE, and invited to a workshop to develop career skills, connect with a cohort of peers, and engage with mentors in anticipation of future careers in academia.
engineering.brown.edu
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Wong lab members are off to the Biomedical Engineering Society (BMES) 2025 Meeting in San Diego! Looking forward to presenting our latest work #BMES2025 @BMESociety @brownengin
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New Online! The advent of confocal laser scanning microscopy in biological research https://t.co/7YJVwheDow
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In the new issue @ScienceMagazine, what continuous protein monitoring via a wearable biosensor can bring us, by @ShanaOKelley and colleagues @NorthwesternU
https://t.co/EcgBdwGxcd
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NEW content online! Identification, functional insights and therapeutic targeting of EMT tumour states https://t.co/1g5x4td9Vc
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New perspective by Maik Bischoff and Roberto Mayor about how mesenchymal cells use contact-dependent rules to generate swarm-like behaviors, patterns & organ forms. https://t.co/LnxoRlc1qp
#CellBio #CellMigration #Morphogenesis #Development #Science
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A renovation of Prince Lab, transforming it into a dynamic and central campus hub for project-based learning, cutting-edge research and engineering innovation, to be launched by @BrownUniversity, with a generous gift from the Lassonde Family Foundation.
brown.edu
Support from the Lassonde Family Foundation will enable a reimagined campus hub in the School of Engineering complex for Brown makers, engineers, entrepreneurs and artists to innovate and create.
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Physicists have made a splash without the splatter—by bouncing a tiny oil droplet on a vibrating surface. The dramatic effect could be used to control fluids, and might even provide insight into quantum mechanics: https://t.co/BluMdYnNe8
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Automated optogenetic control of hundreds of cells in parallel. Each cell is individually steered, collectively acting as a "tissue printer". Preprint & code out!
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Cells are particularly good at solving mazes, according to a 2020 Science study that demonstrates how they are able to navigate long and complicated routes through the body using self-generated chemoattractant gradients. Learn more: https://t.co/t7V1Da8bBm
#ScienceMagArchives
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#DBfeature #InMemoriam Remembering Dr. Paul Kulesa's (1962–2025) pioneering work on neural crest development, which has profoundly impacted neuroscience & pediatric cancer. A huge loss to the DB community. His recent work on chick & mouse neural crest. https://t.co/o3cHbUy0GL
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Circulating tumor cells: Blood-based detection, molecular biology, and clinical applications https://t.co/LEu385K2Yd
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First real-time human embryo implantation recorded (in 2D and 3D). Time lapse video of 2 embryos (200 μm apart) implanting in the 3D platform @ScienceAdvances
https://t.co/RKd3ureNRi
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with the gorgeous fluorescence image of the cytoskeleton by @aaandmoore @JLS_Lab now highlighted on the @NatureCellBio website https://t.co/9lm8IzwXsK
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New research reveals cockatoos have 30 unique dance moves—including headbanging. Learn more: https://t.co/ljVWSloBrE
@NewsfromScience
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Many thanks to the Korea-US Collaborative Research Fund for supporting our cancer mechanobiology consortium @kaistpr @brownengin @BrownUCancer @MITMechE @broadinstitute
A biotech development collaboration between Brown's @ianywonglab and KAIST's Shin Lab is one of 17 projects chosen for the Boston Korea Project. Read more: https://t.co/DjTixCPBzd
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Mechanotransduction in the nucleus Multiple TFs transmit mechanical forces into transcriptional regulation. Nuclear shape, size, and chromatin abnormalities are common features of many diseases.
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