The fusion of microfluidics and artificial intelligence: a novel alliance for medical advancements

Shah PA, Shrivastav PS, Ghate M & Chavda V | Bioanalysis, 16(17-18), 927–930, (2024) Keywords: • algorithm • artificial intelligence • deep learning • machine learning • micro/nano-robots • microfluidics • minimally invasive diagnostics • organ-on-chip Microfluidics, focusing on fluid manipulation at a miniature scale, has revolutionized biological experiments by enabling precise handling of samples at reduced volumes. It proves highly effective in reducing the scale of biological experiments significantly. At the microscale, fluid dynamics allow for precise manipulation of samples, including individual molecules, within the fluid. This precision opens new possibilities for applications that are unattainable on big scales. The...