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Looking at bibliographies, it seems like a lot of the research for decellularization was 2011, 2013, and a handful after. So they were still working on getting
by hinkley 1y ago
Looking at bibliographies, it seems like a lot of the research for decellularization was 2011, 2013, and a handful after. So they were still working on getting a clean substrate while working on how to fill it back in.
It’s a big problem, but still seems like they’re swinging for the fences when they could save people in the short term while working on organs.
- goku12 1y agoInteresting! I just remembered that there is another team that's working on plant based scaffolds (cellulose scaffolds from leaves like spinach) [1]. This one is from 2017. So I'm guessing that the interest in the technology hasn't waned yet. I also wonder if any biocompatible scaffolds can be 3D printed, rather than having to decellularize the available ones. [1] https://arstechnica.com/science/2017/03/spinach-leaf-transforms-into-sheet-of-beating-human-heart-cells/ https://arstechnica.com/science/2017/03/spinach-leaf-transfo...