What we do

Biology currently lacks quantitative principles that allow for novel types of experimentation that reveal how fundamental principles are selected through evolution. The development of DynOMICS was rooted in this knowledge gap. We seek to apply those missing quantitative principles in the hope of increasing our understanding of how complex biological systems operate. Furthermore, using the advancements garnered with the advent of DynOMICS and our biosensor platform, we are working to foster the next generation of sensors in multiple fields. 

What We've Achieved

  • Integrated state-of-the-art techniques in synthetic biology, microfluidics, and computational classification algorithms to develop a field-deployable biosensor, which can directly monitor an input stream of natural water and report on toxin content in real-time.