How Does Pressure Driven Flow Work in Microfluidics?
In microfluidic systems, pressure driven flow is often achieved using external pumps or pressure sources to create a pressure gradient across a microchannel. This gradient drives the fluid through the microscale channels, allowing for the manipulation of tiny volumes of biological samples. The precise control over the flow rates and directions in [microfluidic systems]() enables a wide range of bioanalytical applications, including cell sorting, DNA amplification, and drug screening.
