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J Crampin

Showing results (11-20 of 110) with videos related to

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Biophysical Journal|January 4, 2013
MCMC can detect nonidentifiable modelsIvo Siekmann, James Sneyd, Edmund J Crampin
Biophysical Journal|August 19, 2007
Modeling hypertrophic IP3 transients in the cardiac myocyteMichael Cooling, Peter Hunter, Edmund J Crampin
Nanoscale Advances|September 22, 2022
Understanding nano-engineered particle-cell interactions: biological insights from mathematical modelsStuart T Johnston, Matthew Faria, Edmund J Crampin
Journal of Theoretical Biology|March 3, 2020
Physically-plausible modelling of biomolecular systems: A simplified, energy-based model of the mitochondrial electron transport chainPeter J Gawthrop, Peter Cudmore, Edmund J Crampin
IET Systems Biology|April 10, 2008
Modelling biological modularity with CellMLM T Cooling, P Hunter, E J Crampin
Bulletin of Mathematical Biology|July 13, 2006
Mode transitions in a model reaction-diffusion system driven by domain growth and noiseIain Barrass, Edmund J Crampin, Philip K Maini
The Journal of Membrane Biology|January 20, 2012
Efficiency of primary saliva secretion: an analysis of parameter dependence in dynamic single-cell and acinus models, with application to aquaporin knockout studiesOliver J Maclaren, James Sneyd, Edmund J Crampin
Journal of the Royal Society, Interface|July 27, 2018
An analytical approach for quantifying the influence of nanoparticle polydispersity on cellular delivered doseStuart T Johnston, Matthew Faria, Edmund J Crampin
Physiological Reports|August 1, 2015
Regulation of cardiac cellular bioenergetics: mechanisms and consequencesKenneth Tran, Denis S Loiselle, Edmund J Crampin
The Journal of Membrane Biology|February 23, 2013
What do aquaporin knockout studies tell us about fluid transport in epithelia?Oliver J Maclaren, James Sneyd, Edmund J Crampin
Pageof 11

Showing results (11-20 of 110) with videos related to

Sort By:
Pageof 11
Biophysical Journal|January 4, 2013
MCMC can detect nonidentifiable modelsIvo Siekmann, James Sneyd, Edmund J Crampin
Biophysical Journal|August 19, 2007
Modeling hypertrophic IP3 transients in the cardiac myocyteMichael Cooling, Peter Hunter, Edmund J Crampin
Nanoscale Advances|September 22, 2022
Understanding nano-engineered particle-cell interactions: biological insights from mathematical modelsStuart T Johnston, Matthew Faria, Edmund J Crampin
Journal of Theoretical Biology|March 3, 2020
Physically-plausible modelling of biomolecular systems: A simplified, energy-based model of the mitochondrial electron transport chainPeter J Gawthrop, Peter Cudmore, Edmund J Crampin
IET Systems Biology|April 10, 2008
Modelling biological modularity with CellMLM T Cooling, P Hunter, E J Crampin
Bulletin of Mathematical Biology|July 13, 2006
Mode transitions in a model reaction-diffusion system driven by domain growth and noiseIain Barrass, Edmund J Crampin, Philip K Maini
The Journal of Membrane Biology|January 20, 2012
Efficiency of primary saliva secretion: an analysis of parameter dependence in dynamic single-cell and acinus models, with application to aquaporin knockout studiesOliver J Maclaren, James Sneyd, Edmund J Crampin
Journal of the Royal Society, Interface|July 27, 2018
An analytical approach for quantifying the influence of nanoparticle polydispersity on cellular delivered doseStuart T Johnston, Matthew Faria, Edmund J Crampin
Physiological Reports|August 1, 2015
Regulation of cardiac cellular bioenergetics: mechanisms and consequencesKenneth Tran, Denis S Loiselle, Edmund J Crampin
The Journal of Membrane Biology|February 23, 2013
What do aquaporin knockout studies tell us about fluid transport in epithelia?Oliver J Maclaren, James Sneyd, Edmund J Crampin
Pageof 11