Evolutionary Computation
Directed Evolution
Biological systems are inherently complex in nature. One can dissect this complexity by transforming a biological system in to an equivalent engineering system. Once we are done with this transformation we can use the well established engineering principles to gain a better understanding of the biological systems. So the problem now lies in identifying the components in biological systems akin to engineering systems. To address this problem we are constructing a library of biological motifs (e.g., oscillators, filters, toggle switches etc.) by using in silico evolution techniques.
Read more: Directed Evolution
Research conducted by Sri Rama Krishna Paladugu
 Example of an Evolved network (Cuberoot)
Lakhesis
The program Lakhesis was developed to evolve
chemical networks with the ability to perform simple
mathematical computations. In the future the program
will be used to develop novel networks and to
investigate the evolution of regulated networks.
Read more: Lakhesis
Research conducted by Anastasia Deckard
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