Computational Biology Research Group

Research Associates

Marco Huertas, Ph.D. (W&M)

Computational neuroscience

Summer 03 - Present

Bori Mazzag, Ph.D. (UC Davis)

Computational cell biology

Summer 03 - Present

Hilary De Remigio, B.S. | Applied Science Graduate Student

Computational cell biology

Fall 03 - Present

Jeff Groff, B.S. | Applied Science Graduate Student

Computational neuroscience

Spring 03 - Present

Blair Williams, M.A. | Applied Science Graduate Student

Computational cell biology

Fall 03 - Present

	Vien Nguyen \| Physics \| William and Mary \| Class of 05 Equilibrium open probability of instantaneously-couled Ca²⁺ channels Fall 01 - Present

	Chris Tignanelli \| Bioinformatics ISP \| William and Mary \| Class of 05 The effect of residual Ca²⁺ on Ca²⁺ on the stochastic gating of Ca²⁺ channels Spring 03 - Present
	Rita Schneider \| Mathematics and Physics \| Fairfield University \| Class of 05 Instantaneously-Coupled Keizer-Levine Ryanodine Receptors Summer 04

	John Hayes \| M.S. in Applied Science \| Fall 02 - Spring 04 Bioinformatics (now in Ph.D. program - Del Negro lab)
	Vivian Zhang \| M.S. in Applied Science \| Fall 02 - Spring 04 Intantaneously-coupled DeYoung-Keizer-like IP₃Rs (now in applied mathematics Ph.D. program at U.C. Davis)
	Paul Brewer \| Physics \| Class of 03 Firing rate neural network model of the visually-driven thalamus Summer 02 - Spring 03

	Coleen Loomis \| Mathematics \| Class of 03 Modeling the effect of residual Ca²⁺ on Ca²⁺ channel gating Summer & Fall 02

	Chuan Wei \| M.S. in Applied Science Radial Poisson-Nernst-Planck solver for electrodiffusion near a point source Summer 02 - Spring 03

	Becky Ellison \| Mathematics \| Class of 03 Radial Poisson-Nernst-Planck solver for electrodiffusion near a point source Spring 03 (now in applied mathematics Ph.D. program at University of Arizona)

	John Hayes \| M.S. in Applied Science \| Fall 02 - Spring 04 Bioinformatics (now in Ph.D. program - Del Negro lab)
	Vivian Zhang \| M.S. in Applied Science \| Fall 02 - Spring 04 Intantaneously-coupled DeYoung-Keizer-like IP₃Rs (now in applied mathematics Ph.D. program at U.C. Davis)
	Paul Brewer \| Physics \| Class of 03 Firing rate neural network model of the visually-driven thalamus Summer 02 - Spring 03

	Coleen Loomis \| Mathematics \| Class of 03 Modeling the effect of residual Ca²⁺ on Ca²⁺ channel gating Summer & Fall 02

	Chuan Wei \| M.S. in Applied Science Radial Poisson-Nernst-Planck solver for electrodiffusion near a point source Summer 02 - Spring 03

	Becky Ellison \| Mathematics \| Class of 03 Radial Poisson-Nernst-Planck solver for electrodiffusion near a point source Spring 03 (now in applied mathematics Ph.D. program at University of Arizona)