A complete mathematical guide to creating models for the
distribution of properties of cell populations .
. "Population Balances in Biomedical Engineering: Segregation
through the Distribution of Cell States" offers a framework for
developing and solving simple models that are essential to
determining the distribution of properties of cell populations and
analyzing their underlying dynamic behavior..
. This rigorous resource takes a quantitative approach to
overcoming obstacles that researchers face in building models that
accurately approximate properties and classification of various
cell populations. Coverage includes: . Population balancing
techniques for filamentous organisms. Control points of
steady-state and transient solutions. Methods for analysis of the
underlying behavior of cellular systems.
. A Powerful Statistical Approach to Population Balance
Modeling:
. * Population balance equations * Unstructured population balance
equations * PBEs with control points: steady-state solutions * PBEs
with control points: transient solutions * PBEs for filamentous
organisms * Distributed breakage functions * Alternate
formulations. . . . . . .
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