Polymer and Cell Dynamics

to Part I.- Molecular Dynamics Studies of Micelle and Capsid Self-assembly.- A Functional Study on Saposin B and C Using Experimentally Validated Models.- A Review of the Morph Server and the Macromolecular Motions Database: A Standardized System for Analyzing and Visualizing Macromolecular Motions in a Database Framework.- to Part II.- Brownian Dynamics of Flexible Polymers in Flow.- A Microscopic Model for the Dynamics of Actin Filaments in Motility Assays and Its Numerical Simulation.- Multiparticle Modeling of Actin-Myosin Networks: From Molecular Interactions to Cell Motility.- Analysis of Cell Motility Combining Cytomechanical Model Simulations and an Optical Flow Method.- Micropipet Aspiration of the Human Neutrophil.- Physical-object-oriented 3D Simulations of Cell Deformations and Migration.- to Part III.- Computational Modeling of Blood Clotting: Coagulation and Three-dimensional Platelet Aggregation.- Space-and Time-resolved Simulations of Processes in Biofilm Systems on a Microscale.- On Selected Individual-based Approaches to the Dynamics in Multicellular Systems.- Individual-based Models of Cohort Migration in Cell Cultures.- Interactive Movement, Aggregation, and Swarm Dynamics.- A Discrete-cell Model of Tissue-equivalent Compaction.- A Hybrid Discrete-continuum Technique for Individual-based Migration Models.- Application of the Hybrid Discrete-continuum Technique.- List of contributors and workshop participants.

Dr. Michael Griebel ist Ordinarius für Wissenschaftliches Rechnen am Institut für Angewandte Mathematik der Universität in Bonn.