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CHAPTER 1

              Modeling and control in

              physiology


              Abir Lassoued, Olfa Boubaker
              University of Carthage, National Institute of Applied Sciences and Technology, Tunis, Tunisia


              1 Introduction

              According to World Health Organization (WHO) statistics for 2019, the
              major causes of death in the world are cardiovascular diseases, cancer and
              infectious diseases (World Health Organization, 2019). To have a better
              understanding of these physiological processes, it is imperative to describe
              these complex systems by mathematical models. Indeed, many challenging
              problems are still pending for which these models can be exploited in several
              contexts, namely to help doctors to establish a diagnosis, to understand the
              interrelationship among physiological variables and to predict the dynamic
              behavior of some diseases.
                 Modeling physiological systems has a long history interconnected with
              the history of medicine. In this field, the research work of Denis Noble in
              1960 on cardiac cell mode (Noble, 1960) can be considered as the corner-
              stone for the development of the current research works related to model-
              ing in biomedical engineering. Various research works related to
              mathematical modeling in physiology have been proposed since then,
              leading to an extensive bibliography revealing the prosperity of this field.
              These include a handbook (Bronzino, 1999), several valuable books
              (Ottesen and Danielsen, 2000; Beuter et al., 2003; Ottesen et al., 2004;
              Takeuchi et al., 2007; Cherruault, 2012; Banks, 2013; Hacısalihzade,
              2013; Carson and Cobelli, 2014; Reisman et al., 2018; Cobelli and Carson,
              2008; Devasahayam, 2012; Sanft and Walter, 2020), anumberofsurvey
              papers (Brown, 1980; Bekey and Beneken, 1978; Perelson, 2002; Makro-
              glou et al., 2006; Boutayeb and Chetouani, 2006; Anderson and Quaranta,
              2008; Leng and MacGregor, 2008; Bertram, 2011; Glynn et al., 2014;
              Chowelletal.,2016; Zavala et al., 2019), and software tools (Hester
              et al., 2011). Mathematical models in biology (Roberts, 1976; Brown
              and Rothery, 1993; Allman and Rhodes, 2004; Edelstein-Keshet, 2005)



              Control Theory in Biomedical Engineering    © 2020 Elsevier Inc.
              https://doi.org/10.1016/B978-0-12-821350-6.00001-9  All rights reserved.  3
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