About this Research Topic
The increasing role of mathematics to explaining biological phenomena has brought to the fore, the topics of mathematical biology and medicine. Here, a strong understanding of both mathematics and biology or medicine is required to develop realistic models. The mathematical tool for developing the biological or medical models vary from network models to differential equations or continuum models. The Research Topic covers the theme of the 2nd Mathematical Biology and Medicine Workshop held virtually from 9-10 November, 2022. Here, we hope to consider continuum and optimal control models in biology, epidemiology and cellular models.
Research Topic is to present recent advances in:
1. mathematical modeling of biological systems, epidemiological models, cellular signaling networks
2. analysis of the mathematical models with pattern formation
3. numerical solutions to differential equations including ordinary, fractional, partial, stochastic and delay
The aim of this Research Topic is to bring together leading experts, researchers, scientists and graduate students to exchange ideas in the area of mathematical biology and medicine. We aim to discuss topics with regards to numerical solution of differential equations (DE) including ordinary, fractional, partial, stochastic and delay Differential Equations and Agent-based models. The optimal control of these differential equations will also be considered. Other topics including the analysis of biological systems and the mechanisms of cellular signaling networks will also be considered.
Research Topic is to present recent advances in:
1. mathematical modeling of biological systems, epidemiological models, cellular signaling networks
2. analysis of the mathematical models with pattern formation
3. numerical solutions to differential equations including ordinary, fractional, partial, stochastic and delay
The aim of this Research Topic is to bring together leading experts, researchers, scientists and graduate students to exchange ideas in the area of mathematical biology and medicine. We aim to discuss topics with regards to numerical solution of differential equations (DE) including ordinary, fractional, partial, stochastic and delay Differential Equations and Agent-based models. The optimal control of these differential equations will also be considered. Other topics including the analysis of biological systems and the mechanisms of cellular signaling networks will also be considered.
Keywords: Mathematical Biology, Pattern Formation, Dynamical Systems, Ecological Models, Cellular Signals
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