Search for tag: "tissue"
Toettcher, Jared - "A.I. for Probing and Controlling Biological Systems"AI for Accelerating Invention, a new Princeton AI Lab initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of…
From Broadcast Broadcast Center Staff
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OURSIP Intern - Tuba AhmedA Comparative Analysis of Nuclei Enrichment Protocols for Single-Cell Sequencing Advised by: Fenna Krienen - Princeton Neuroscientist Institute
From our Undergraduate Research
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OURSIP Intern - Rayyan NasserDesigning Flexible Mesh Electronics for Interfacing With Cyborg Cardiac Tissue Advised by:Tian-Ming Fu, Electrical and Computer Engineering
From our Undergraduate Research
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Tissue Sculpture: How Do Our Lungs Form? Jake J. Klimek, UG '24 (5C795CAC)Our lungs are beautifully designed and energetically efficient gas-exchange systems that are formed by complex, tree-like networks. However, sometimes lungs do not form correctly during embryonic…
From Research Princeton Research Day
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Controlled in situ Assembly of Biocompatible Polymers, Sanjana Venkatesh, UG '26 (2D0A2083)What happens when we infuse cells and biological tissues with human-made materials? The possibilities are endless; we open up a new world for interacting with our cells, from measuring minuscule…
From Research Princeton Research Day
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Towards Spatially-Modulated Collective Cell Migration, Yubin Lin, GS (374003CF)From wound healing to cancer metastasis, collective cell migration is a key step to these biological processes. However, many of these migrations are localized and does not impact the whole system.…
From Research Princeton Research Day
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3D Printing of Complex Materials for Biomedical and General Use, Lauren Ava Rawson, UG '23 (2270891)Cell-cell connections are far stronger than cell-substrate connections. The proteins that cells use to connect to non-cellular material are weaker than the proteins used in cell-cell connections. On…
From Research Princeton Research Day
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E-cadherin: Biological Glue to Improve Cell-Material Adhesion, Youn Kyoung (Elena) Cho, GS (2279756)Biomedical devices that penetrate the skin, such as implants and vascular access devices, rely on a stable attachment between the tissue and material to prevent complications. If the adhesion fails…
From Research Princeton Research Day
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EEB 522 Seminar Series | Jonathan VelottaEEB 522 Seminar Series Colloquium on the Biology of Populations Presented by Jonathan Velotta "Extreme Physiology and the Mechanisms of Adaptation to High Altitude"
From EEB Media
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OURSIP Intern - Sophia ZelizerThe Clock is in Control: How Light Cycles Regulate the Immune System Mentor: Prof. John Brooks, Molecular Biology
From our Undergraduate Research
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OURSIP Intern - Lauren OkamotoImputing Single-Cell Expression Data based on Joint Statistical Modeling of Spatial and RNA Sequencing
From our Undergraduate Research
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OURSIP intern - Max LandSummer Research Colloquium Research Summary - Aligning Tissues via Optimal Transport
From our Undergraduate Research
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