A pix2pix neural network, called RAPTOR, mimics CONDOR tissue-organisation simulations quickly and is fitted to match real glial, fibroblast, and corneal cultures.
The training data set contains random arrange- ments of many small circular tethers, so the case of a long continuous tethering bar has no analogue within the training data set
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Rapid prediction of organisation in engineered corneal, glial and fibroblast tissues using machine learning and biophysical models
A pix2pix neural network, called RAPTOR, mimics CONDOR tissue-organisation simulations quickly and is fitted to match real glial, fibroblast, and corneal cultures.