👉 The MIF, or Microfluidic Injection Flow, is a technique in microfluidics that facilitates the precise and efficient injection of fluids at the microscale. It involves the use of microchannels and specialized devices to control fluid movement with high accuracy, enabling the manipulation of minute volumes of liquids with minimal loss. This method is particularly useful in lab-on-a-chip applications, diagnostics, and chemical synthesis, as it allows for rapid mixing, separation, and analysis processes while reducing reagent consumption and enhancing overall system performance. The MIF leverages the unique properties of microfluidic environments, such as laminar flow and surface tension effects, to achieve precise control over fluid dynamics.
