Search Results

Bayesian Calibration of Electrophysiology Models Using Restitution Curve Emulators

• Authors : Coveney, Sam; Corrado, Cesare; Oakley, Jeremy E.

Subjects: Bayesian; calibration; cardiology

• Source: Coveney, S, Corrado, C, Oakley, J E, Wilkinson, R D, Niederer, S A & Clayton, R H 2021, 'Bayesian Calibration of Electrophysiology Models Using Restitution Curve

Record details

Restitution slope is principally determined by steady-state action potential duration

• Authors : Shattock, Michael J.; Park, Kyung Chan; Yang, Hsiang-Yu

• Source: Shattock, M J, Park, K C, Yang, H-Y, Lee, A W C, Niederer, S, MacLeod, K T & Winter, J 2017, 'Restitution slope is principally determined by steady-state action

Record details

Personalized models of human atrial electrophysiology derived from endocardial electrograms

• Authors : Corrado, Cesare; Whitaker, John; Chubb, Henry

Subjects: Atrial fibrillation (AF); Catheter measurements; Computational model

• Source: Corrado , C , Whitaker , J , Chubb , H , Williams , S , Wright , M , Gill , J , O'neill , M D & Niederer , S A 2017 , ' Personalized models of human atrial electrophysiology derived from endocardial

Record details

In Vivo Human Left-to-Right Ventricular Differences in Rate Adaptation Transiently Increase Pro-Arrhythmic Risk following Rate Acceleration

• Authors : Bueno-Orovio, Alfonso; Hanson, Ben M.; Gill, Jaswinder

Subjects: ACTION-POTENTIAL DURATION; ACUTE MYOCARDIAL-INFARCTION; ONE-DIMENSIONAL CABLE

• Source: Bueno-Orovio , A , Hanson , B M , Gill , J , Taggart , P & Rodriguez , B 2012 , ' In Vivo Human Left-to-Right Ventricular Differences in Rate Adaptation Transiently Increase Pro-Arrhythmic Risk

Record details

Sympathetic nervous regulation of calcium and action potential alternans in the intact heart

• Authors : Winter, James; Bishop, Martin J.; Wilder, Catherine D.E.

Subjects: Action potential duration; Alternans; Calcium transient

• Source: Winter, J, Bishop, M J, Wilder, C D E, O'Shea, C, Pavlovic, D & Shattock, M J 2018, 'Sympathetic nervous regulation of calcium and action potential alternans in the intact heart', Frontiers in

Record details

Biophysical Modelling Predicts Ventricular Tachycardia Inducibility and Circuit Morphology:A Combined Clinical Validation and Computer Modelling Approach

• Authors : Chen, Zhong; Cabrera-Lozoya, Rocio; Relan, Jatin

• Source: Chen, Z, Cabrera-Lozoya, R, Relan, J, Sohal, M, Shetty, A, Karim, R, Delingette, H, Gill, J, Rhode, K, Ayache, N, Taggart, P, Rinaldi, C A, Sermesant, M & Razavi, R 2016, 'Biophysical Modelling

Record details

Structural Heterogeneity Modulates Effective Refractory Period:A Mechanism of Focal Arrhythmia Initiation

• Authors : Bishop, Martin J; Connolly, Adam; Plank, Gernot

• Source: Bishop , M J , Connolly , A & Plank , G 2014 , ' Structural Heterogeneity Modulates Effective Refractory Period : A Mechanism of Focal Arrhythmia Initiation ' , PLoS ONE , vol. 9 , no. 10 , e109754 .

Record details

Digital hermeneutics:scaled readings of online depression discourses

• Authors : van de Ven, Inge; van Nuenen, Tom

Subjects: internet; literary studies; medical humanities

• Source: van de Ven , I & van Nuenen , T 2022 , ' Digital hermeneutics : scaled readings of online depression discourses ' , Medical humanities , vol. 48 , no. 3 , pp. 335-346 .

Record details

A group memory rehabilitation programme for people with traumatic brain injuries: the ReMemBrIn RCT

• Authors : Das Nair, Roshan; Bradshaw, Lucy E; Carpenter, Hannah

• Source: Das Nair , R , Bradshaw , L E , Carpenter , H , Clarke , S , Day , F , Drummond , A , Fitzsimmons , D , Harris , S , Montgomery , A A , Newby , G , Sackley , C & Lincoln , N B 2019 , ' A group memory

Record details

A Work Flow to Build and Validate Patient Specific Left Atrium Electrophysiology Models from Catheter Measurements

• Authors : Corrado, Cesare; Williams, Steven; Karim, Rashed

Subjects: Atria; Patient specific; Biophysical Modelling

• Source: Corrado , C , Williams , S , Karim , R , Plank , G , O’Neill , M , Niederer , S & Williams , S 2018 , ' A Work Flow to Build and Validate Patient Specific Left Atrium Electrophysiology Models from

Record details