Zeinab Jahed
@Zjahed
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Assistant Professor @UCSDJacobs @NANO_UCSD | Engineer 👩🏻💻 | Scientist 👩🏻🔬 | Runner 🏃🏻♀️ | Proud alumna of @UWaterloo, @UCBerkeley, @Stanford
San Diego, CA
Joined December 2009
Very excited to share our latest work, "Intelligent In-Cell Electrophysiology," just published in @NatureComms!. Many drugs are withdrawn from the market due to harmful effects on the heart, jeopardizing patient safety and costing billions of dollars. In this study, we introduce
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RT @Dr_ASingh: Thanks @UCSD, @UCSDJacobs, @CNE_Nano, @Zjahed, for the incredible visit & warm hospitality this past week Pleasure speaking….
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RT @UCSDJacobs: What happens when you let a little #AI into your heart? Researchers co-led by @Zjahed developed an AI-driven method to noni….
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We look forward to your visit @Dr_ASingh! @CNE_Nano.
Excited for my first visit to the University of California, San Diego, for a Distinguished Seminar next week. Thank you @UCSDJacobs, @Zjahed, & the Aiiso Yufeng Li Family Dept. of Chemical and Nano Engineering @UCSD for the kind invitation!
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We’ll be attending #CellBio2024 , right here in our hometown of sunny San Diego! 🌴☀️Our team will be presenting exciting talks and posters by @KeivanRahmani @ShivaniRShukla @Anumtahir99 @dhivyapushpa @EmmetFrancis @padminirangamani Looking forward to an exciting meeting!
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Our work on sub-cellular neuronal recordings has just been published in Nature Microsystems and Nanoengineering. This work was led by our lab's very own "neurophile," @ShivaniRShukla 🧠 in collaboration with @yeo_lab, Muotri, and Cauwenberghs Labs at UCSD, @aoffenhaeusser and
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The second paper from our collaborations with @StimulatedRaman is out! Together we are uncovering how nanoscale deformation of cells and their nuclei influence cellular metabolism. Amazing work by Zhi Li and @Ali_sariiiiii. Stay tuned for more results from this collaboration!.
Nanoscale Bumps and Grooves Trigger Big Changes in Cell Behavior @Zjahed @ucsdbe @ucsd_iem @UCSDJacobs this is a new study on cellular metabolic activities changed by nanopillar’s forces, collaborating with Zeinab Jahed’s Lab! Congratulations to Zhi Li,.
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Check out our latest research, led by the talented @ghafar_yerima from @mofradlab combining all-atom molecular dynamics simulations with on-chip curved lipid bilayer systems to explore nanoscale protein interactions with curved membranes. @chingtingtsai @BianxiaoC @mofrad.
Check out our recently published work in npj biological physics and mechanics on membrane curvature dynamics! @Zjahed @cuilab_chem @mofradlab .
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Check out our work in collaboration with @StimulatedRaman where we studied how the nanotopography of the microenvironment impacts cellular metabolism.
Multimodal Imaging Unveils the Impact of Nanotopography on Cellular Metabolic Activities. By Zeinab Jahed, Lingyan Shi et al @StimulatedRaman @Zjahed @UCSanDiego. Open access in Chemical & Biomedical Imaging 👉
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This work was led by our very talented PhD student @ShivaniRShukla in collaboration with Colin Comerci and Gürol Süel lab. @ElsevierConnect @ELSneuroscience.
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In our review paper just published in Biosensors and Bioelectronics, we advocate for a paradigm shift within our field which acknowledges the universal language of electrical signaling across species and kingdoms. Beyond the well-known example of neuronal network communication,
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I also had a chance to catch up with fellow #NEWPIs @CsabaForro1 @czbiohub and @YPeterZhou @IllinoisMatSE @BianxiaoC lab Alum!. Chicago is truly a hub for collaborative and cutting edge #Bioelectronics research!. Ended the trip on a high note with a PB and BQ @ChiMarathon 🏅.
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What a productive trip to #Chicago! . I had a great meeting with @IEfimov at @NorthwesternU to discuss exciting future collaborations. Followed by a talk at @UofC and insightful discussions with @PCHsu_UChicago, @SihongWang_UChi and Chong Liu.
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RT @UCSDJacobs: Engineers have developed a technology to overcome one of biology's toughest barriers: a cell's nucleus. They've crafted nan….
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Thank you for highlighting our work @preLights.
A tricky access into the nucleus through temporary openings. 🚪. “…this study presents a promising and effective strategy for drug delivery and other targeted therapies…”. @NathSristilekha covers work from @Zjahed & team – check out the preLight! ⬇️ 👀.
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RT @UCSDJacobs: @ucsd_cse @HeliaZJ @mgymrek @NANO_UCSD @nisargjshah @liangfangzhang @ucsd_mats @ZhengxingLi @JWangnano .@NANO_UCSD PhD cand….
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Congratulations to our talented PhD student Ali Sarikhani for being awarded the Siebel Scholarship. The Siebel Scholars program recognizes the most talented students for their outstanding academic performance. We are very proud of you @Ali_sariiiiii!.
Five @UCSanDiego grad students applying engineering principles to solve medical challenges have been selected as 2025 Siebel Scholars! @SiebelScholars recognizes the most talented students in the world’s leading graduate schools. More about these scholars:
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RT @BianxiaoC: Membrane curvature promotes ER-PM contacts in cardiomyocytes. Excited to share our work published in Nature Cell Biology tod….
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This work was a truly collaborative effort led by my Ph.D. student, Ali Sarikhani, with significant contributions from our lab members and @StimulatedRaman, Colleen McHugh, @schoeneberglab, and their lab members. (4/4).
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Our study not only enhances our understanding of cell-nanomaterial interactions but also paves the way for the design of next-generation functional biomaterials. With applications in tissue engineering, nano-bioelectronics, drug delivery and discovery. (3/4).
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