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Dynamics of cellular motility Book

Dynamics of cellular motility
Dynamics of cellular motility, Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and , Dynamics of cellular motility has a rating of 3.5 stars
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Dynamics of cellular motility, Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and , Dynamics of cellular motility
3.5 out of 5 stars based on 2 reviews
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Digital Copy
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  • Dynamics of cellular motility
  • Written by author Masatoshi Murase
  • Published by Chichester [England] ; J. Wiley & Sons, c1992., 6/1/1992
  • Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and
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Authors

Preface
Acknowledgements
1 Introduction 1
Pt. I Oscillatory contraction in muscle 27
2 Muscle structure and function 29
3 Models for muscle contraction 54
Pt. II Nonlinear dynamic phenomena in flagella and cilia 87
4 Hierarchy in structure and function 89
5 Models of flagella and cilia exhibiting regular behaviour 135
6 Molecular mechanism for excitability and oscillations 191
7 Simplified models for flagellar dynamics 224
8 Simplified models for ciliary dynamics 255
9 Large-amplitude oscillations and bend propagation 282
10 From simple to complex dynamical behaviours in mechano-chemical cycles: hyperoscillations, bursting and chaos 307
References 332
Author index 343
Subject index 347


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Dynamics of cellular motility, Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and , Dynamics of cellular motility

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Dynamics of cellular motility, Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and , Dynamics of cellular motility

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Dynamics of cellular motility, Uses nonlinear dynamics as a foundation to approach oscillations in motile systems, presenting mechano-chemical oscillary systems as a prototype of nonlinear science. Offers the concept that very simple nonlinear models can have complicated behaviors and , Dynamics of cellular motility

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