Multiparametric Lab-on-A-Chip with Miltiple Biophysical Signal Converters as a Novel Tool for Experimental Stem Cell Biology and Control Equipment for Hematopoetic Stem Cell Transplantation

Towards Femtoscan-Assisted Analysis of Liquid Crystal Self-Organization on Different Polymer and Glass Surfaces for Lab-on-a-Chip and Lab-on-a-Dish Applications, Including Optofluidic and Flexoelectric Ones

“…Different LC converters of physical and chemical signals into optical ones can be used for biomedical morphochemical and morphodynamical [103][104][105][106] applications, including intraoperative [107] and implantable ones. Most progressive types of LC-assisted methods of optical spatial and spatiotemporal biological investigations in the nearest future must be associated with artificial intelligence and machine learning on the datasets of images, provided by using liquid crystalline converters [108,109].…”