Mónica Nadal-Quirós
In August 2008, I began working in my Master's degree thesis, which combines
Mathematics, Physics, Biology and Chemistry concepts. Since that time, I
found very interesting the idea of applying thermodynamic and kinetic
theories to understand biochemical and physiological processes. These
processes include, but are not limited to ion transport in the renal system,
protein translocation in bacteria and coral calcification. The resulting
models are efficient tools to study the function, regulation and
pathophysiology of the studied system. They contribute to the better
understanding of diseases that affect the organism and may lead to new or
improved mechanisms of treatment. My approach in modeling biological systems
consists in formulating, parameterizing (i.e., obtaining unknown parameters
using numerical optimization techniques) and validating the mathematical
models by emulating empirical (e.g., in vitro) and theoretical data.
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