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Department of Physics
Dr. Martin Bier

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Dr. Martin Bier

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Research Interest:

The study of biological processes on a molecular level.



Publications:

M. Bier, Gauging the Strength of Power Frequency Fields against Membrane Electric Noise, accepted for publication in Bioelectromagnetics 

M. Bier, W. Chen, E. Bodnar, and R.C. Lee, Biophysical Injury Mechanisms associated with Lightning Injury, Neurorehabilitation 17, 1-10, 2005. 

M. Bier, Critical Exponents near a Bifurcation Point in Noise Induced Escape over a Fluctuating Barrier, Physical Review E 71(1), 011108, 2005. 

M. Bier, Modeling Processive Motor Proteins - Moving on Two Legs in the Microscopic Realm, Contemporary Physics 46 (no 1), 41-51, 2005. 

M. Bier, T.R. Gowrishankar, W. Chen, and R.C. Lee, The Electroporation of a Lipid Bilayer as a Chemical Reaction, Bioelectromagnetics 25 (no 8), 634-637, 2004. 

H. van Mil, J. Siegenbeek van Heukelom, and M. Bier, A Bistable Membrane Potential at Low Extracellular Potassium Concentration, Biophysical Chemistry 106, 15-21, 2003. 

M. Bier, Processive Motor Protein as an Overdamped Brownian Stepper, Physical Review Letters 91 (14), 148104, 2003. 

M. Bier, T.R. Gowrishankar, W. Chen, R.D. Astumian, and R.C. Lee, Resealing Dynamics of a Cell Membrane after Electroporation, Physical Review E 66, 062905, 2002. 

Bier, M., "Motor Proteins - Mechanochemical Energy Transduction on the Microscopic Scale", Acta Physica Polonica B, 32 (2), (2001).

Bier, M., Kostur, M., Derenyi I. and Astumian, R. D., "Nonlinearly Coupled Flows", Physical Review E, 61 (6), 7184-7187, (2000).

Bier, M., Bakker, B. M. and Westerhoff, H. V., "How Yeast Cells Synchronize their Glycolytic Oscillations - A Perturbation Analytic Treatment", Biophysical Journal, 78, 1166-1175, (2000).

 
 


 
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