3D-printed organs are becoming reality

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About the research

Every year, thousands of people die waiting for an organ transplant. 3D-bioprinted organs could help solve the global donor shortage - and save millions of lives. But there’s still one major hurdle: creating blood vessel networks inside lab-grown organs. Without them, these organs can’t survive. Researcher Florian Vanlauwe (UGhent) is working on a new, promising technology, called porogenes - tiny particles that help foster blood vessel growth in 3D-printed organs. Watch him explain how this works.

Florian Vanlauwe
UGent

Florian Vanlauwe is a medical doctor who pursued a career in basic research after earning his medical degree. He is currently a PhD candidate at the Tissue Regeneration and Organ Printing (TROP) lab, which is affiliated with the Plastic and Reconstructive Surgery Department of UZ Gent. His goal is to advance medicine by developing innovative bioprinting and tissue engineering techniques, with a primary focus on creating lab-grown organs.