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It’s been a long time coming but…
so happy my Ph.D. work (part of) is now published on @NatureMaterials 🥳
I remember it all too well about this project, the serendipity and the exciting stories…🧵@nano_jenn@MBIsg@BME_NUS@NUSingapore
https://t.co/pXrkADo42N
Is animal testing becoming obsolete? Not yet, but on yesterday’s episode of @OnPointRadio, I spoke with @MeghnaWBUR about it's used in drug development and how Organ Chips, organoids, and AI, might be used to enhance, and one day replace, these methods.
https://t.co/RHzP3TqS4B
Today, NIH announced a new initiative to expand innovative, human-based science while reducing the use of animals in research. This aligns with @US_FDA’s initiative to reduce testing in animals. https://t.co/i4QH6FwqlC
* New Nature Paper Alert *
Here we introduce a hydrogel-based thromboinflammation-on-a-chip model coupled with multiplexed RNA fluorescence in situ hybridization in combination
Link: https://t.co/prCuSOSyoc
Fruitful collaboration with Prof. Wilbur A. Lam and Dr. Yongzhi Qiu
Our February focus issue delves into advancements in biofabrication technologies, showcasing how they are transforming our capacity to create complex biological structures with unmatched precision, control and speed – all free to access
Read it here: https://t.co/7XywcisTDX
"Human Immune Organoids & Organs-on-Chip" - Excited to share our new work @NatureMaterials! Congrats to PhD student @MonicaZhong5 for leading this breakthrough work & to all authors!👏🏽Immense thanks to @WellcomeLeap & @NIAIDFunding, @theNCI + for support!🙏🏽https://t.co/7DZXK0t0rc
WOW! Shu Chien, @UCSanDiego bioengineering Prof. Emeritus and @ucsdbe namesake, has set yet another record, this time as the longest active @nih_nhlbi-funded PI! At age 92, he has 86,000+ citations and 63 years of NHLBI support in studying heart disease: https://t.co/cIEHIFvi4j
Happy Commencement Day to all of our @UCSanDiego engineering and computer science graduates! We're proud to congratulate these six impressive undergraduate students, who were selected to receive Awards of Excellence for their outstanding contributions: https://t.co/iQcK4I7nk1
Targeting ROCK2 improves macromolecular permeability in a 3D fibrotic pancreatic cancer microenvironment model.
| Mitsunobu R. Kano @okayama_uni |
#3Dmodel#TumorMicroenvironment
Very happy to see the collaborative project published in Nature.
We used an in vitro approach, a rapid 3D bioprinting technique to create an in vitro hPSC vCM multilayer ventricular wall model and exposed the models to different protein and observed how they responded.