Multiscale Modelling In Biomedical Engineering (EPUB)

Multiscale Modelling In Biomedical Engineering (EPUB)

Written by Dimitrios I. Fotiadis

Biomedical Engineering: Multiscale Modelling

Find out how multiscale modelling can improve patient care and results. A skilled group of biomedical experts provides a thorough study of the history and basis of a generic computational technique for multi-scale modelling in Multiscale Modelling in Biomedical Engineering.

The authors give examples of how this concept might be used in several biomedical domains, with an emphasis on orthopaedics and cardiovascular medicine. After outlining the connection between multiscale modelling and systems biology at the outset of the book, the discussion proceeds methodically upward in hierarchical stages, starting at the molecular level and ending at the cellular, tissue and organ level.

Subsequently, multiscale modelling applications in certain functional domains such as cardiovascular, musculoskeletal and mechanotransduction systems are examined. Readers can use the exercises and experiments in Multiscale Modelling in Biomedical Engineering to demonstrate and put the concepts to use.

The following will also be beneficial to readers: a comprehensive introduction to multi-scale modelling and systems biology, comprising a review of numerous multi-scale techniques and methodologies and evaluations of their use in systems biology thorough investigations of nanoscale modelling and biomedical imaging at the molecular, cellular, tissue and organ levels Practical talks about

the mechanotransduction viewpoint, covering current developments and anticipated obstacles in the future comprehensive analyses of patient risk prediction utilising data mining and big data analytics Multiscale Modelling in Biomedical Engineering is ideal for professionals in the field and researchers looking for a comprehensive resource on the fundamental engineering concepts of biological systems. It is also a valuable addition to the libraries of bioengineering, biomechanics, biomedical engineering, and medical students at all levels.

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