- Alberto Diaspro, Italian Institute of Technology
- Gerhard Gompper, Forschungszentrum Jülich
- Volkhard Helms, Saarland University
- Jonathon Howard, Max Plank Institute of Molecular Cell Biology and Genetics
- Werner Kremer, Universität Regensburg
- Jorg Langowski, Division Biophysics of Macromolecules
- Sanford Leuba, University Pittsburgh School of Medicine
- Dimitrios Morikis, University of California
- Terrence Oas, Duke University
- Garegin Papoian, University of Maryland
- Emad Tajkhorshid, Beckman Institute
- Dave Thirumalai, University of Maryland
- Rebecca Wade, Heidelberg Institute for Theoretical Studies
- Matti Weckstrom, University of Oulu
- Wei Yang, Florida State University
- Huan-Xiang Zhou, Florida State University
- Catherine Potenski, BioMed Central
Simulation models of the the pooling of phospholipid PIP2 show that protein filaments must consist of multiple rows or be buried below the surface of the membrane to act as effective molecular fences.
To simulate biophysical interactions in the cell, various particle-based reaction-diffusion software packages are available, all with differing degrees of sophistication, computational cost and utility in answering biological questions.
An efficient analytical model can quantifiably assess the contributions of the various active and passive processes that drive unequal segregation of different macromolecules, organelles and complexes during cell division in yeast.
A computational framework for modelling the complex between the G-protein‐coupled receptor C5aR and its PMX53 antagonist peptide agree well with experimental data and may form the basis for generating reliable models of protein-ligand complexes of unknown structure.
An innovative graduate training program in biophysics and structural biology aims to integrate students in activities usually undertaken by more senior faculty members, empowering them to become better prepared for a career in academia.
BMC Biophysics is an open access journal publishing original peer-reviewed research articles in experimental and theoretical aspects of biological processes from the microscopic to macroscopic level, including thermodynamics, structural stability and dynamics, molecular biophysics, signalling, novel biophysical methods and computational biophysics.
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Biological Diffusion and Brownian Dynamics
Published: 2 March 2011