
Yichun Wang
@Yichun_Wang_Lab
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Keating-Crawford Collegiate Professor of Biomolecular Engineering, University of Notre Dame
Joined April 2020
RT @WebberLab: The @WebberLab is looking to hire a synthetic supramolecular chemist for a project to identify and screen new macrocycles fo….
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RT @NDengineering: 📣 @NDCBE Prof. Yichun Wang named standing member of NIH Innovations in Nanosystems and Nanotechnology Study Section—she’….
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Honored to be named the Keating-Crawford Collegiate Professor of Biomolecular Engineering. Grateful to the College and University for this recognition and support. I look forward to continuing our work advancing biomolecular engineering at the frontiers of science.
🎉 Seven @NDEngineering faculty have been named collegiate professors—an honor recognizing excellence in research, teaching, and service. Congrats to Profs Dowling, Jiang, Kinzel, O’Sullivan, Richter, Wang, and Zahr! 👏
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It was such a great honor to receive the Rising Star Award @BMES_CMBE and share our work with this amazing community! #cmbe2025.
Do you know how much medium you need to make enough exosomes for clinical translation? Too much! But Rising Star @Yichun_Wang_Lab is fixing that, making those tiny vesicles really good for big deliveries! 📦🧬 #ExosomeScience #cmbe2025
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RT @BMES_CMBE: And congrats to Rising Stars Jiahe Li @ClaudiaLoebel @mistrigr @KarinaNakayama @hadi_nia @LabRaghavan @DrRituRaman @telomera….
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Thank you! Meenal!.
@BMES_CMBE Congrats to all the winners! Love to see @hadi_nia @Yichun_Wang_Lab @LabRaghavan @mhhettiaratchi and so many more Rising Stars! 💫.
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RT @UNDResearch: Congratulations to the @ND_IPH Technology Development Fund awardees, who will turn cutting-edge ideas into real-world inno….
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This work is led by our graduate student, James Johnston, a MERIT fellow @NDCBE , and thanks to the strong support from our collaborators @ChangLab_ND and Myung lab!.
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Happy to share that our latest research has been published in the Biomaterials Science, recognized as an Emerging Investigator article! We introduce a 3D piezoelectric nanofibrous scaffold platform to enhance the production of sEVs by 15.7x! Read more:
pubs.rsc.org
Small extracellular vesicles (sEVs) have great promise as effective carriers for drug delivery. However, the challenges associated with the efficient production of sEVs hinder their clinical applic...
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RT @SchaeferLab: Welcome Bohzi Tian from @UChiChemistry to ND as keynote speaker for the 9th Annual ND-Purdue Soft Matter & Polymers Sympo….
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RT @WebberLab: We were pleased to host Prof Markita Landry (@Landry_Lab) from @UCBerkeley to celebrate her receipt of the 2024 Thiele Lectu….
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RT @ejmaginn: I can't believe this has been going on for 9 years! My @NDCBE colleagues team up with @Purdue researchers for this amazing sy….
research.nd.edu
Since its inception in 2014, this joint meeting has fostered collaboration, scientific networking, and camaraderie between the faculty and students of t...
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Thanks to the incredible host @Rice_BIOE and very happy to meet our wonderful ND alumni here @profmikeking! It was a great experience sharing ideas and learning from such a brilliant community. #RiceUniversity #Seminar #NotreDame.
We were impressed and enlightened from our Colloquia lecture! Thank you to Dr. Yichun Wang for sharing her wealth of knowledge. @Yichun_Wang_Lab
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RT @eaalaei: 2024 @Rice_BIOE Colloquia. Have you ever thought about using Chiral Graphene Quantum Dots to enhance drug loading into small e….
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RT @cssmity: The University of Notre Dame is hiring a cluster of 5 new Assistant Professors in Neuroscience starting this year, focused on….
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RT @mholla_back: Actually one reviewer commented: "I’m not following. So they opt out of an extension. Isn’t this just then the standard ti….
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RT @WebberLab: I’m chairing the biomolecular engineering search for @NDCBE this year and happy to engage with interested applicants for bo….
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Happy to share our latest study @Yichun_Wang_Lab on the addressability of DNA nanostructures with the electronic sensitivity of sp2 carbon-based materials. Using DNA origami, we precisely patterned gold nanoparticles on HOPG. Check out the article here:
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