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Organoids have become indispensable tools in fundamental research and personalized medicine—but many labs still rely on animal-derived matrices (Matrigel) that are expensive, variable, and difficult to standardize. What if one simple recombinant protein could offer a smarter alternative? Recent advances show that the bacterial protein invasion can be repurposed to support robust organoid growth in fully defined, animal-free systems. From 2D monolayers suited for high-throughput screening to long-term 3D cultures using a synthetic PIC gel, these approaches combine practicality with physiological relevance. Together, they pave the way toward standardized organoid culture, reduced reliance on animal-derived materials, and open new possibilities for innovative applications of organoid technology.

– Joost Wijnakker –

 

Featured article

Animal-free breakthrough in organoid cultivation

His research, conducted within the Clevers group under the supervision of Hans Clevers and Patricia Dankers, focused on breaking a persistent reliance in the organoid field: the use of Matrigel, an animal product derived from mouse tumors.
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Life science
FHI, federatie van technologiebranches