Mark F. Schumaker Associate Professor Neill Hall Room 209 Phone: (509) 335-7273 email: schumaker@wsu.edu

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Class Web Site(s)

• Math 415

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Recent Papers

• Mark F. Schumaker, Régis Pomès and Benoit Roux. 2000. A Combined Molecular Dynamics and Diffusion Model of Single Proton Conduction through Gramicidin. Biophysical Journal. 79:2840–2857. PDF

• Mark F. Schumaker, Régis Pomès and Benoit Roux. 2001. Framework Model For Single Proton Conduction through Gramicidin. Biophysical Journal. 80:12–30. PDF

• Eric J. Mapes and Mark F. Schumaker. 2001. Mean first passage times across a potential barrier in the lumped state approximation. Journal of Chemical Physics. 114:76–83. PDF

• Joseph A. Gowen, Jeffrey C. Markham, Sara E. Morrison, Timothy A. Cross, David D. Busath, Eric J. Mapes and Mark F. Schumaker. 2002. The Role of Trp Side Chains in Tuning Single Proton Conduction Through Gramicidin Channels. Biophysical Journal. 83:880–898. PDF

• Mark F. Schumaker. 2002. Boundary Conditions and Trajectories of Diffusion Processes. Journal of Chemical Physics. 117:2469–2473. PDF

• Mark F. Schumaker. 2003. Numerical Framework Models of Single Proton Conduction Through Gramicidin. Frontiers in Bioscience. 8:s982–991. PDF

• Mark F. Schumaker and David S. Watkins. 2004. A framework model based on the Smoluchowski equation in two reaction coordinates. Journal of Chemical Physics.121:6134–6144. PDF

• Eric J. Mapes and Mark F. Schumaker. 2006. Framework Models of Ion Permeation Through Membrane Channels and the Generalized King-Altman Method. Bulletin of Mathematical Biology. 68:1429-1460.  PDF

• Mark F. Schumaker.  2007. Single-Occupancy Binding in Simple Bounded and Unbounded Systems.  Bulletin of Mathematical Biology.  69:1979-2003.  PDF

• Mark F. Schumaker and David M. Kramer.  2011.  Comparison of Monte Carlo simulations of cytochrome b6f with experiment using Latin hypercube sampling. Bulletin of Mathematical Biology 73:2152-2174 (Link to  online version  or preprint PDF).  Supplementary materials  HTML.