Markov modeling of phase singularity interaction effects in human atrial and ventricular fibrillation von Jenkins, E.V, Dharmaprani, D, Schopp, M, Quah, J.X, Tiver, K, Mitchell, L, Nash, M.P, Clayton, R.H, Pope, K, Ganesan, A.N

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A governing equation for rotor and wavelet number in human clinical ventricular fibrillation: Implications for sudden cardiac death von Dharmaprani, D, Jenkins, E.V, Quah, J.X, Lahiri, A, Tiver, K, Mitchell, L, Bradley, C.P, Hayward, M, Paterson, D.J, Taggart, P, Clayton, R.H, Nash, M.P, Ganesan, A.N

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The inspection paradox: an important consideration in the evaluation of rotor lifetimes in cardiac fibrillation von Jenkins, E.V, Dharmaprani, D, Schopp, M, Quah, J.X, Tiver, K, Mitchell, L, Xiong, F, Aguilar, M, Pope, K, Akar, F.G, Roney, C.H, Niederer, S.A, Nattel, S, Nash, M.P, Clayton, R.H, Ganesan, A.N

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M/M/Infinity birth-death processes – a quantitative representational framework to summarize and explain phase singularity and wavelet dynamics in atrial fibrillation von Dharmaprani, D, Jenkins, E, Aguilar, M, Quah, J.X, Lahiri, A, Tiver, K, Mitchell, L, Kuklik, P, Meyer, C, Willems, S, Clayton, R, Nash, M, Nattel, S, McGavigan, A.D, Ganesan, A.N

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