Ever thought about UNOOSA’s Access To Space For All initiative taking you for a spin? 🌀 #UNOOSA partners with European Space Agency - ESA to provide global researchers access to cutting-edge facilities like ESA's Large Diameter Centrifuge (LDC) in Noordwijk 🇳🇱. With the LDC's capability to recreate hypergravity conditions of up to 20 G (4 times stronger than the highest accelerations experienced by a Formula 1 racer 🏎️), researchers from University of San Carlos and Holy Name University 🇵🇭 are making groundbreaking advances in bone implant technology. 🦴 The team is testing how hypergravity affects the growth of bioprinted bone cells. Their research focuses on 3D-printed scaffolds made from carrageenan, a substance extracted from locally farmed red seaweed. While already widely used as a food additive, carrageenan could also be a game-changer for bone implant technology. By exposing bone cells to up to 15 times Earth’s gravity, the team hopes to enhance tissue engineering techniques—an advancement that could also support seaweed farming communities across the Philippines. 🚀 This international collaboration, combining space science, marine resources, and bioengineering, is unlocking new frontiers in medical technology, with exciting potential benefits for both space exploration and life on Earth. 📸 PHOTO CREDIT: University of San Carlos, European Space Agency
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