Research

diversity of vesicle structures

Ca Foscari Ves

Fluorescent micrograph of a vesicle population from a particular mixture.

In PACE, the DeME group is interested in deriving methods and models to understand the emergence and the evolution of information in self-assembling biochemical systems. More specifically we are developing approaches for designing high-dimensional experiments, where models direct a recursive and evolutionary search, looking for the interactions among molecular components that yield desired levels of emergent organization. Focused on artificial cell design in PACE, we develop Model-based Genetic Algorithms where an intelligent and efficient exploration of a combinatorially complex space is guided by models. We carry out research in evolutionary stochastic optimization procedures, in robustness, and noise control.


Reference

M. Forlin, I. Poli, D. De March, N. Packard,G. Gazzola, R. Serra, M. Theis Modelling evolutionary mixture experiments for self-assembling amphiphilic systems. preprint.

Copyright 2007. All rights reserved by the PACE Consortium. Web managers: J. S. McCaskill, P. Wagler.