Incorporating local Ca2+ dynamics into single cell ventricular models by Sher, A, Abramson, D, Enticott, C, Garic, S, Gavaghan, D, Noble, D, Noble, P, Peachey, T

High−throughput cardiac science on the Grid by Abramson, D, Bernabeu, M, Bethwaite, B, Burrage, K, Corrias, A, Enticott, C, Garic, S, Gavaghan, D, Peachey, T, Pitt−Francis, J

Leveraging e-Science infrastructure for electrochemical research. by Peachey, T, Mashkina, E, Lee, C, Enticott, C, Abramson, D, Bond, A, Elton, D, Gavaghan, D, Stevenson, G, Kennedy, G

Grid computing simulations of ion channel block effects on the ECG using 3D anatomically−based models by Bernabeu, M, Corrias, A, Pitt−Francis, J, Rodriguez, B, Bethwaite, B, Enticott, C, Garic, S, Peachey, T, Tan, J, Abramson, D

A global sensitivity tool for cardiac cell modeling: Application to ionic current balance and hypertrophic signaling. by Sher, A, Cooling, M, Bethwaite, B, Tan, J, Peachey, T, Enticott, C, Garic, S, Gavaghan, D, Noble, D, Abramson, D, Crampin, E

A global sensitivity tool for cardiac cell modeling: Application to ionic current balance and hypertrophic signaling. by Sher, A, Cooling, M, Bethwaite, B, Tan, J, Peachey, T, Enticott, C, Garic, S, Gavaghan, D, Noble, D, Abramson, D, Crampin, E

global sensitivity tool for cardiac cell modeling: Application to ionic current balance and hypertrophic signaling by Sher, A, Cooling, M, Bethwaite, B, Tan, J, Peachey, T, Enticott, C, Garic, S, Gavaghan, D, Noble, D, Abramson, D, Crampin, E

Grid Computing Simulations of Ion Channel Block Effects on the ECG Using 3D Anatomically−Based Models by Gavaghan D Bernabeu MO Corrias A Pitt−Francis J Rodriguez B Bethwaite B Enticott C Garic S Peachey T Tan J Abramson D