
NguyenUConn_lab
@nguyenuconn
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Interdisciplinary BioMedical Engineering Lab
Connecticut, USA
Joined June 2020
We have an opened position for a postdoc in my lab. If you are interested and have a strong background in gene and mRNA delivery. please send me a CV nguyentd@uconn.edu (.
nguyenresearchgroup.com
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check out our latest publication to discuss on approaches to stabilize vaccines and therapeutics for important microneedle applications.
Proud to contribute to the comprehensive review on stabilizing vaccines for microneedles published in DDTR. Big thanks to the amazing team behind this work and Prof. Thanh Nguyen for your valuable feedback and guidance. @nguyenuconn .Link to article:
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honored to be in this pic with @UConn @UConnEngineer @UConnResearch wonderful leaders and colleagues. Thanks @UConn to shout out our Gates funding again.
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RT @Biomaterials_: Call for nominations: Biomaterials Global Impact Award and Biomaterials Young Investigator Award 2025 .
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Thank you @UConn to shout out our recent grants. Our lab is grateful to @NIH and @gatesfoundation for the support on our biomedical engineering research.
today.uconn.edu
The National Institutes of Health is funding four significant projects for UConn researcher Thanh Nguyen, with the Bill and Melinda Gates Foundation further ...
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Our lab ( at UConn have now several available positions for Postdocs in vaccine delivery, microneedles, immunology, and microfabrication. PhD students are welcomed too. If you are interested, please email me (nguyentd@uconn.edu) with a CV.
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Grateful to NIH/NIBIB for another major RO1 grant to support our work. We still have opening position for postdocs with strong background in electrical engineering, piezoelectricity and materials. Please send me (nguyentd@uconn.edu) your CV if interested.
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Biomaterials award ceremony during WBC24.
Congratulations to the “Biomaterials Global Impact Award” and “Award for Young Investigator” recipients! The Award Ceremony took place at the 12th World Biomaterials Congress (#WBC2024), Daegu, Korea.
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RT @Biomaterials_: Exciting cross-journal editorial board meeting of Biomaterials, Biomaterials Advances, and Materials Today Bio. We discu….
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If you are at WBC24 in Daegu, please join our BTI special group for free ice-cream at 4pm today.
Hello #WBC2024 attendees & SFB members. The Biomaterial-Tissue Interaction SIG is holding an ice cream social today at 4 pm. Please come find us at @SFBiomaterials booth & follow @SFB_BTI_SIGÂ to grab your ice cream from one of our student ambassadors! See you this afternoon!
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check out our recent work on delivering the obesity GLP drug through our self-boosting microneedle platform.
advanced.onlinelibrary.wiley.com
GLP-1 RAs are effective therapies for obesity that affects 70% of American adults. However, frequent injections pose challenges for patients and the environment. Herein, a programmable  microneedle...
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RT @Biomaterials_: Good Morning from #WBC2024! The Editorial Board of @Biomaterials_ met yesterday in Daegu to discuss its strategic plan!….
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Our lab ( is looking for postdocs and PhD students with background in electronic/electroactive materials to work in interdisciplinary bioengineering projects. Please help to share and email me (nguyentd@uconn.edu) with your CV if you are interested.
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Thanks UConn to shout out --- Two Faculty Entrepreneurs Named to National Academy of Inventors List
today.uconn.edu
'We all brainstorm and discuss - how can this be more perfect? How can it help more people improve their quality of life?'
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Our paper in the injectable piezoelectric hydrogel to treat osteoarthritis is in the list of top 25 articles of Nature Communication Nature Portfolio in 2023 for Healthcare. check it out.
nature.com
Browse the 25 most downloaded Nature Communications articles in health sciences published in 2023.
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check out the recent work when we had a closer look into the molecular mechanism of how our piezoelectric scaffold can induce bone regrowth.
journals.plos.org
Piezoelectric biomaterials can generate piezoelectrical charges in response to mechanical activation. These generated charges can directly stimulate bone regeneration by triggering signaling pathway...
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