Mark Muldoon

Mark Muldoon is a Reader in Applied Mathematics at The University of Manchester, Department of Mathematics. His research focuses on applications of mathematics to the Life Sciences, particularly in cell biology, including cellular-signalling cascades in the immune system, Listeria infection, and the respiratory microbiome of asthmatics. He supervises postgraduate students interested in models of metabolic networks, gene regulation, and spatial organisation of the cellular nucleus. Muldoon has worked with various researchers on projects related to stochastic models, microbiome dynamics, and immune responses. His academic journey includes studies at Northwestern University, CalTech, and postdoctoral work at the University of Warwick and the Royal Signals and Radar Establishment.

Mark Muldoon is a researcher in Dynamical Systems and Mathematical Biology, focusing on the application of mathematical models to biological systems. His work includes studies on HIV-1 dynamics, vaccine development, and the immunological responses to viral infections. Muldoon has published extensively on topics such as the transmission of HIV-1, the evolution of the virus, and the design of vaccines that elicit broad immune responses. His research also extends to the analysis of time series data and the modeling of biological processes, including the dynamics of the ribosome and the behavior of immune cells. His interdisciplinary approach bridges mathematics and biology to address complex problems in virology and immunology.