Speakers
Bryan Hernandez
(University of the Philippines Diliman)
Diego Rojas La Luz
(University of Wisconsin–Madison)
Josef Hofbauer
(University Vienna)
Matthew Johnston
(Lawrence Technological University)
Murad Banaji
(Lancaster University)
Radek Erban
(University of Oxford)
Sabina Haque
(University of Michigan - Ann Arbor)
Tomislav Plesa
(University of Cambridge)
Description
Biochemical reaction networks provide a powerful and flexible mathematical framework for modelling the dynamics of complex biochemical systems. Such models, which tend to be nonlinear and have unknown parameter values, can exhibit diverse and interesting behavior, including bistability, oscillations, and even chaos. Existing methods for analyzing such models draw on not only dynamical systems theory but also algebra and graph theory. Previous efforts have motivated new directions in mathematical biology and have opened new mathematical questions. This mini-symposium highlights the latest progress in reaction network theory with an emphasis on approaches that link network structure to qualitative system behavior.
Authors
Balázs Boros
(University of Szeged)
Matthew Johnston
(Lawrence Technological University)
Polly Yu
(University of Illinois Urbana-Champaign)
