Method, System, and Program Product for Controlling Chemical Reactions in a Digital Microfluidic System

The creation of miniature biochemical analysis systems using microfavrication technology is a recent significant development in the field of micofluidics. These systems offer advantages such as size reduction, power reduction, and increased reliability. However, current systems are tailored to a specific task, and thus are unable to be reconfigured and reprogramed to handly a variety of tasks.