Biomicrofluidics is an emerging field at the cross roads of microfluidics and life sciences. Microfluidics is been referred to be a game changer in biological science and industry. A great deal of research is been done in recent times in microfluidics, with microfluidic devices being capable of outperforming their traditional counterpart. The development of microfluidics and its capability in depicting complicated phenomenon in several areas of fluid dynamics, biological science, and molecular physics is been largely attributed to the furtherance in micro- and nano fabrication techniques. Microfluidics finds wide application in biological and chemical studies. With the reduced size, small volume of liquid reagents are required to perform complicated chemical reaction. A pathological microfluidic device used for determining blood glucose level requires only a small amount of blood for monitoring the glucose level of the patient. The faster reaction time in microfluidic device helps in studying the behavior of larger bio-molecules such as DNA with a lower coefficient of diffusion.
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