These systems are assembled manually, are expensive and unreliable.
Manually assembled mechanical systems are not scaled for the parallel handling of large quantities of small volume liquids.
However, the electronics industry has demonstrated how to build robust integrated systems for manipulating information on tiny media.
Performing experiments in parallel allow obtaining more results and variations of a given experiment.
Our ultimate goal is to scale this technology towards the massive parallelization of the manipulation of programmable drops.
This will allow faster drug discovery and disease detection, Udayan Umapathi said.
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