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The synthetic PIC gel, discovered in 2013 by Radboud University chemists, appears to behave like collagen. This makes the gel very useful for studying interactions between cells and their immediate environment. In practice, this means that the gel seems highly suitable to grow cells in for biological and clinical research. An additional advantage is that unlike the gels commonly used for cell culture, this gel requires no breeding and killing of mice. The latest findings were published on April 4 in Proceedings of the National Academy of Sciences.
RT @barrasa_fano
Hello!
📢A new paper in which I collaborated with the group of @Rocha_Lab is now available in @PNASNews !!!
📰https://www.pnas.org/doi/10.1073/pnas.2216934120
1/13- I always thought that synthetic hydrogels were relatively limited in terms of how physiologically representative they are.
“📢 Opening extended: We are looking for talented postdocs to tackle the chiral nanomaterials challenge! We are providing support for research proposals on the topic of TEM characterization or modelling of chiral nanomaterials. Details here: https://t.co/tUuirPwnjY @EmatSarabals”