- ホーム
- > 洋書
- > ドイツ書
- > Mathematics, Sciences & Technology
- > Biology
- > basics
基本説明
Describes how to find regularities among empirical data, as well as conceptual models and theories.
Full Description
This volume is based on the workshop"Modelling in Molecular Biology" that tookplacein2002inSingapore. Themaingoaloftheworkshopwastopresent models/methods used in solving some fundamental problems in biosciences. The volume consists of a selection of papers presented at the workshop as well as of some other papers that are included so that the presentation of the theme of the workshop is broader and more balanced. As a matter of fact we feel that the collection of papers comprising this volume represents a wide spectrum of quite diverse ideas and trends. The paper by D. A. Beard et al. explores the common thesis that und- standingthebehaviouroflargeinteractingsystemsofmanyenzymesandre- tants underlies the modelling and simulation of whole-cell systems. Moreover, the models need to represent the basic stoichiometry, with balanced che- cal reactions and the conservation of mass, energy and charge. The authors discuss the stoichiometric and then kinetic details of approaches to modelling and simulation of biochemical systems. P. R. A. Campos et al. are concerned with models of evolution and adaptation (which is essential for precise - derstanding of molecular phylogeny). In particular, their paper is concerned with the rate of adaptation of asexual organisms(which is important because it in?uences the speed of the assumed molecular clock). It is known that for such organisms the rate of adaptation does not steadily increase with the - creasing rate of advantageous mutations, and this paper studies the mutual interference of two advantageous mutants that are each initially present in only a single organism.
Contents
Stoichiometric Foundation of Large-Scale Biochemical System Analysis.- Modelling Stochastic Clonal Interference.- Software Verification of Biomolecular Systems.- Kinetic Modelling as a Modern Technology to Explore and Modify Living Cells.- Modelling Gene Assembly in Ciliates.- Towards Molecular Programming — a Personal Report on DNA8 and Molecular Computing.- Molecular Information Theory: Solving the Mysteries of DNA.- Formal Modelling of C. elegans Development. A Scenario-Based Approach.- P Systems with Symport/Antiport Rules. A Survey.- Mathematical Modelling of the Immune System.- The ?-calculus as an Abstraction for Biomolecular Systems.- The Topology of Evolutionary Biology.- Models of Genome Evolution.
