CPP Seminar List

for period 29 June to 24 July 2009

Monday 29 June
10:30-12:30
	Introduction: Sub-cellular modelling	Sem 2
16:30-17:30	Burrage, K (Oxford)
	Review of the field: Coupling fluctuations in channel behaviour at the cellular level to tissue	Sem 2

Tuesday 30 June
14:00-14:30	Beard, D (Medical College of Wisconsin)
	Merging cellular biochemical models using physicochemically rigorous rules	Sem 2
14:30-15:00	Fink, M (Oxford)
	Model development and parameter estimation: the relationship between model structure, model parameter and available data	Sem 2
15:00-15:20	Niederer, S (Oxford)
	A meta analysis of cardiac cell models	Sem 2
15:20-15:40	Dierchx, H (Universiteit Gent)
	Geometric dynamics for rotor filaments and wave fronts	Sem 2

Friday 03 July
15:00-16:00	Cherry, E (Cornell)
	Tale of two dogs and implications for cardiac electrophysiology	Sem 2
16:00-17:00	Smith, N (Oxford)
	Discussion	Sem 2

Monday 06 July
10:30-12:30
	Introduction: Excitation and contraction	Sem 2
16:30-17:30	Panfilov, S (Utrecht)
	Review of the field: Modelling electrical activation in the heart	Sem 2

Tuesday 07 July
14:00-14:30	Bernus, O (Leeds)
	Integrative approaches to study cardiac activity in intact tissue	Sem 2
14:30-15:00	Fenton, F (Cornell)
	Multistability in cardiac tissue	Sem 2
15:00-15:20	Niederer, S (Oxford)
	Coupling cardiac excitation and contraction	Sem 2
15:20-15:40	Dierckx, H (Ghent)
	A geometric theory for wave propagation in cardiac tissue	Sem 2

Friday 10 July
15:00-16:00	Nash, M (Auckland)
	"No pressure": linking cardiac electrophysiology with ventricular and coronary flow	Sem 2
16:00-17:00	Clayton, R (Sheffield)
	Discussion	Sem 2

Monday 13 July
10:30-12:30
	Introduction: Coronary vascular fluid dynamics	Sem 2
15:15-18:00
	CPP discussions	DS
17:00-18:00	Sherwin, S (Imperial)
	Review of the field: Large scale vascular flow modelling	Sem 2

Tuesday 14 July
14:00-15:00	Secomb, T (Arizona)
	Determinants of coronary structure and flow	Sem 2
15:00-16:00	Davies, P (Pennsylvania)
	Hemodynamics and multi-scale spatial endothelial phenotypes	Sem 2
16:20-16:40	Shipley, R (Oxford)
	'Homogenization of the vasculature in tissues	Sem 2
16:40-17:00	Nordsletten, D (Oxford)
	Blood flow and cardiac mechanics in the left ventricle	Sem 2

Friday 17 July
15:00-16:00	Smith, N (Oxford)
	Integrating fluid mechanical models into global heart function	Sem 2
16:00-17:00	Waters, S (Oxford)
	Discussion	Sem 2

Monday 20 July
09:15-10:00	Noble, D (Oxford)
	The cardiac physiome: how it began and where should it go	Sem 1
10:00-10:45	Vaughan-Jones, R (Oxford)
	Connexins, buffers and mitochondria: novel pH/Ca2+ regulators in heart	Sem 1
10:45-11:00	Soeller, C (Auckland)
	Quantitative fluorescence imaging with up to 30 nm resolution to provide 3D data for models of cardiac Ca2+ handling	Sem 1
11:30-11:45	Saucerman, J (Virginia)
	Modeling ß1-adrenergic receptor blockers and polymorphisms in cardiac myocytes	Sem 1
11:45-12:00	Crampin, E (Auckland)
	Modelling Ca2+ and InsP3-dependent hypertrophic signalling pathways in the heart	Sem 1
12:00-12:15	Jeneson, J (TU, Eindhoven)
	Development and testing of Cardiac Physiome cell model parts in skeletal muscle	Sem 1
12:15-12:30	Beard, D (Medical College of Wisconsin)
	Clinically observed phenomena on cardiac energetics in heart failure emerge from simulations of cardiac metabolism	Sem 1
13:30-14:15	Garfinkel, A (UCLA)
	Mathematical concepts of cardiac arrhythmias	Sem 1
14:15-14:30	Bernus, O (Leeds)
	Towards depth-resolved optical imaging of cardiac activity: insights from computational models	Sem 1
14:30-14:45	Boyett, M (Manchester)
	Development of a virtual heart - Part l	Sem 1
14:45-15:00	Zhang, H (Manchester)
	Development of a virtual heart - Part ll	Sem 1
15:30-15:45	Panfilov, S (Utrecht)
	Electrophysiological metric and geometry of the heart	Sem 1
15:45-16:00	Cherry, E (Cornell)
	Restitution curve splitting as a mechanism for the bifurcation to alternans	Sem 1
16:00-16:15	Holm, D (Imperial College London)
	Optimal paths in cardiology	Sem 1
16:15-16:30	Sachse, F (Utah)
	A novel approach to multidomain modeling of electrical conduction in cardiac tissue	Sem 1
16:30-16:45	Plank, G (Medizinische Universität Graz)
	Using multiscale in-silico models of the heart for optimisation of anti-arrhythmia therapies	Sem 1

Tuesday 21 July
09:15-10:00	Popel, A (Johns Hopkins)
	Systems biology of angiogenesis in ischemic diseases	Sem 1
10:00-10:15	Davies, PF (Pennsylvania )
	Haemodynamics and endothelial phenotype heterogeneity	Sem 1
10:15-10:30	Pries, A (Freie, Berlin)
	Modeling adaptive processes: vascular remodeling	Sem 1
10:30-10:45	Secomb, T (Arizona)
	Theoretical models for regulation of blood flow in the microcirculation	Sem 1
10:45-11:00	Passerini, T (Emory)
	3D/1D geometrical multiscale modeling of vascular networks	Sem 1
11:30-12:30
	Commented Poster Session 1	Sem 1
13:30-14:15	McCulloch, A (UC, San Diego)
	Multi-scale modeling of cardiac excitation-contraction coupling in the normal and failing heart	Sem 1
14:15-14:30	Tavener, S (Colorado State)
	A posteriori error estimation and adaptivity for operator decomposition methods	Sem 1
14:30-14:45	Nash, M (Auckland)
	Re-entry and fibrillation in an electro-mechanical model of the human ventricles	Sem 1
14:45-15:00	Kohl, P (Oxford)
	An attempt for dialectics: what can we learn from interdigitating wet and dry research into structure and function underlying elec/mech activity of the heart	Sem 1

Wednesday 22 July
09:15-10:00	Trayanova, N (Johns Hopkins)
	Integrative models of heart function in health and disease	Sem 1
10:00-10:15	Rodriguez, B (Oxford)
	Investigating drug-induced effects on cardiac electrophysiological function: from ion channels to the ECG	Sem 1
10:15-10:30	Efimov, I (Washington, St. Louis)
	Physiology of the human heart: Do we really know it?	Sem 1
10:30-10:45	Fenton, F (Cornell )
	Termination of atrial fibrillation using pulsed low-energy far-field stimulation; a computational and optical mapping study	Sem 1
10:45-11:00	Grau, V (Oxford)
	Building detailed cardiac electrophysiological models from high-resolution images	Sem 1
11:30-12:30
	Commented Poster Session 2	Sem 1
13:30-13:45	Hose, R (Sheffield)
	Fluid solid interaction for vascular applications	Sem 1
13:45-14:00	Sherwin, S (Imperial College London)
	Computational modelling to investigate the role of aging and species on arterial branch lesion patterns	Sem 1
14:00-14:15	Salama, G (University of Pittsburgh)
	Ion Channel Regulation by Estrogen	Sem 1
14:15-14:30	Griffith, B (New York)
	Simulating cardiac fluid-structure interaction using the immersed boundary method	Sem 1
14:30-14:45	Luo, X (Glasgow)
	Dynamic modelling of chorded mitral valve	Sem 1
14:45-15:00	Alber, M (North Dame)
	Study of blood flow impact on growth of blood clot using a multi-scale model	Sem 1

Thursday 23 July
09:30-10:15	Ayache, N (INRIA)
	Towards personalization of cardiac models from medical images and signals	Sem 1
10:15-10:30	Frangi, A (Pompeu Fabra )
	Overview of statistical shape models for cardiac image analysis and modeling	Sem 1
10:30-10:45	LeGrice, I (Auckland)
	Multi-scale volume imaging in animal models of disease	Sem 1
10:45-11:00	Smaill, B (Auckland)
	Tissue-specific models of electrical activity in the heart: Multi-scale and Multi-dimensional approaches	Sem 1
11:30-11:45	Young, A (Auckland)
	The Cardiac Atlas Project, Progress Report July 2009	Sem 1
11:45-12:00	Spaan, JAE (Academic Medical Center Amsterdam)
	Intramural structure of coronary arteries and transmural distribution of coronary blood flow	Sem 1
12:00-12:15	Shi, PC (RIT)
	Integrative System Framework for Noninvasive Understanding of Myocardial Tissue Electrophysiology	Sem 1
13:30-14:15	Razavi, R (King's College London)
	Translating biophysical models to the heart of the clinic	Sem 1
14:15-14:30	Kilner, P (Imperial College London)
	The Whole Heart	Sem 1
14:30-14:45	Weber, F (Karlsruhe (TH))
	Towards patient-specific simulations of atrial fibrillation	Sem 1
14:45-15:00	Delingette, H (INRIA)
	tba	Sem 1
15:00-15:15	Rhode, K (King's College London)
	Image and physiological data fusion for cardiac biophysical modelling	Sem 1
15:45-16:00	Sermesant, M
	Personalised electromechanical model of the heart for the prediction of the acute effects of cardiac resynchronisation therapy	Sem 1
16:00-16:15	Seemann, G (Karlsruhe (TH))
	Modeling of cardiac Ischemia in human myocytes and tissue including spatiotemporal electrophysiological variations	Sem 1
16:15-16:30	Bovendeerd, P (TU, Eindhoven)
	Modeling cardiac growth and remodeling	Sem 1

Friday 24 July
09:30-10:15	Bassingthwaighte, J (Washington)
	Integrative multilevel modular approach to modeling the cardiac physiome	Sem 1
10:15-10:30	Jensen, O (Nottingham)
	Building tissue mechanics into novel types of multi-scale models	Sem 1
10:30-10:45	Omholt, S (Norwegian Uni of Life Sciences)
	Genetics meets multiscale modeling: the epistemic value of causally cohesive genotype-phenotype (cGP) models	Sem 1
10:45-11:00	Nielsen, P (Auckland)
	CellML language and tools supporting the cardiac physiome	Meeting Room 2, CMS
11:30-11:45	Hunter, P (Auckland)
	The cardiac physiome: next steps	Sem 1
11:45-12:00	Smith, N (Oxford)
	Closing comments	Sem 1

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