Tailoring an in-silico model to the electrophysiology of individual iPSC-derived caradiomyocyte lines: one size fits all?

Lei, Chon Lok; Wang, Ken; Gissinger, E; Flint, N; Chabria, M; Badi, L; Hoflack, JC; Schuler, Franz; Lave, Thierry; Singer, Thomas; Clerx, Michael; Gavaghan, David; Mirams, Gary; Polonchuk, Liudmila

doi:10.6084/m9.figshare.5505484.v1

SPS2017_poster_CLL.pdf (1.44 MB)

Tailoring an in-silico model to the electrophysiology of individual iPSC-derived caradiomyocyte lines: one size fits all?

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posted on 2017-10-17, 14:07 authored by Chon Lok Lei, Ken Wang, E Gissinger, N Flint, M Chabria, L Badi, JC Hoflack, Franz Schuler, Thierry Lave, Thomas Singer, Michael Clerx, David Gavaghan, Gary MiramsGary Mirams, Liudmila Polonchuk

Poster given at the Safety Pharmacology Society Annual Meeting in Berlin, September 2017.

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BBSRC, EPSRC

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stem cell derived myocytes hERG NaV CaV Cor4U iCell Computational Biology Cell Biology Biological Mathematics Pharmacology Cell Physiology Optimisation Systems Biology

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Tailoring an in-silico model to the electrophysiology of individual iPSC-derived caradiomyocyte lines: one size fits all?

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BBSRC, EPSRC

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