Foreign body response (FBR) is a major issue in tissue engineering, but zwitterionic hydrogels, with their ultra-low fouling properties, offer a promising solution.

Find out more here: bit.ly/4gP2N9D

#Zwitterionic #FBR #Biofabrication

🚀 Excited about the "AI-driven discoveries: Machine Learning for the Physical Sciences" workshop on April 27, 2025! 🌍 Join leading researchers in this hybrid event, to explore how #AI is transforming the physical sciences. Read more here: bit.ly/4hP4K7l #MachineLearning #Physics

High-throughput drug screening is vital for drug discovery, but 2D cell cultures fall short. Enter organoids: 3D constructs mimicking human organs. Do you want to know more? Read here: bit.ly/431h2VN #3Dimaging #Biofabrication #Organoids

Organoids are revolutionizing tissue engineering & regenerative medicine, but face challenges in mimicking native tissues. This review explores the evolution and impact of #bioprinting. Read now: bit.ly/4hGhYmX #Biofabrication

Would you like to know how to establish the islet-VMO as a novel, ex vivo platform for studying human islet biology in both health and disease? Find out here: bit.ly/4gvhw9M #Biofabrication #3DModel

Are you curious about the design, construction and validation of a magnetic particle imaging (MPI) system for human brain imaging? Read more here: ow.ly/Le8w50UPjmg #MagneticParticleImaging #PhysicsInMedicine #MPI

Find out how generating multiple cerebral organoids from iPSCs on a pillar plate platform, ensure the reproducible generation of cerebral organoids. bit.ly/40JIPaf #Biofabrication

Interested in the benefits, challenges, and prospects of 3DP technology to the pharmaceutical industry? Read our article '3D printing processes in precise drug delivery for personalized medicine' to find out more: bit.ly/3Cmuwk4 #Biofabrication

Check the current developments of the 4D printing technology for tissue engineering and regenerative medicine (TERM) in our #Biofabrication article: bit.ly/40PyD1o