The research showed that the metabolism of the yeast created fluid flows around them, which helped transport nutrients further than would be possible just by diffusion.

Researchers have developed a mathematical tool to model the complex interactions between a power-law nanofluid and a thin, moving needle.

IIT Bombay’s microfluidic device that rapidly measures stiffness of human cells can help investigate relation between stiffness and disease condition

 ^{Picture shown here for representation purpose only. The retina cannot be depicted in a picture as above.} 

A new microfluidic chip holder from IIT Kanpur is flexible and reliable and allows microscopy imaging.