“Algebra and geometry in the study of enzymatic cascades (suite)”

In recent years, techniques from computational and real algebraic geometry have been successfully used to address mathematical challenges in systems biology. The algebraic theory of chemical reaction systems aims to understand their dynamic behavior by taking advantage of the inherent algebraic structure in the kinetic equations, and does not need the determination of the parameters a priori, which can be theoretically or practically impossible.
This lecture will be an expansion of some of the concepts and methods outlined in the general lecture.

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