Abstract
We present the results of studies of the interaction of cells with various materials and products from them intended for biomedical use. Widefield fluorescence microscopy enables evaluating the cytotoxicity of samples, cell viability, morphology, and proliferative activity in the process of interaction with the test samples, as well as adhesion, migration, and cell distribution both on the surface and in the structure of scaffolds and biomedical cell products. The methods of fluorescence microscopy make possible intravital studies of the interaction of cells with materials without additional processing or destruction of samples.
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