Recent Submissions

  • Validation de la banque de données MED-ECHO pour l'anémie infantile 

    Auguste, Ulrick (2000-06-01)
    L'anémie est un problème courant qui peut entrainer des conséquences graves et persistantes sur le développement physique et intellectuel de l'enfant. La plupart des pays développés ont souligné l'importance d'un système efficient de surveillance de ...
  • Topographie et cinétique du développement des lymphocytes T extrathymiques sous l'influence de l'oncostatin M 

    Boileau, Catherine (2000-06-01)
    Des souris transgéniques ont été créées chez lesquelles l'expression de l'oncostatin M (OM), une cytokine de la famille de l'interleukin-6 (IL-6), est restreinte aux lymphocytes T immatures par l'emploi du promoteur proximal de la tyrosine kinase p561ck ...
  • A numerical scheme for modeling wavefront propagation on a monolayer of arbitrary geometry 

    Zozor, Steeve; Blanc, Olivier; Jacquemet, Vincent; Virag, Nathalie; Vesin, Jean-Marc; Pruvot, Etienne; Kappenberger, Lukas; Henriquez, Craig S. (Institute of electrical and electronics engineers, 2003-04-15)
    The majority of models of wavefront propagation in cardiac tissue have assumed relatively simple geometries. Extensions to complicated three-dimensional (3-D) representations are computationally challenging due to issues related both to problem size ...
  • Pacemaker activity resulting from the coupling with nonexcitable cells 

    Jacquemet, Vincent (American Physical Society, 2006-07-14)
    Fibroblasts are nonexcitable cells that are sometimes coupled with excitable cells (cardiomyocytes). Due to a higher resting potential, these cells may act as a current source or sink and therefore disturb the electrical activity of the surrounding ...
  • The effect of tissue geometry on the activation recovery interval of atrial myocytes 

    Van Oosterom, Adriaan; Jacquemet, Vincent (Elsevier, 2008-08-13)
    The propagation of electric activity inside a realistically-shaped, thick-walled model of the atria was studied. The membrane kinetics was based on the formulations of Courtemanche, Ramirez and Nattel. In spite of the assumed uniformity of all ...
  • Steady-state solutions in mathematical models of atrial cell electrophysiology and their stability 

    Jacquemet, Vincent (Elsevier, 2006-11-10)
    The steady states of the Fenton–Karma, the Courtemanche and the Nygren cell models were studied by determining the fixed points of the dynamical system describing their cell kinetics. The linear stability of the fixed points was investigated, as well ...
  • Analysis of electrocardiograms during atrial fibrillation 

    Jacquemet, Vincent; Van Oosterom, Adriaan; Vesin, Jean-Marc; Kappenberger, Lukas (Institute of electrical and electronics engineers, 2006-11-30)
    The research discussed in this article is motivated by the search for an optimal classification of the different types of atrial fibrillation (AF) on the basis of recorded atrial signals. This would facilitate the selection of an optimal therapy. This ...
  • Reconstruction of phase maps from the configuration of phase singularities in two-dimensional manifolds 

    Herlin, Antoine; Jacquemet, Vincent (American Physical Society, 2012-05-24)
    Phase singularity analysis provides a quantitative description of spiral wave patterns observed in chemical or biological excitable media. The configuration of phase singularities (locations and directions of rotation) is easily derived from phase ...
  • Modeling atrial arrhythmias : impact on clinical diagnosis and therapies 

    Jacquemet, Vincent; Kappenberger, Lukas; Henriquez, Craig S. (Institute of electrical and electronics engineers, 2008)
    Atrial arrhythmias are the most frequent sustained rhythm disorders in humans and often lead to severe complications such as heart failure and stroke. Despite the important insights provided by animal models into the mechanisms of atrial arrhythmias, ...
  • Evaluation of a subject-specific transfer-function-based nonlinear QT interval rate-correction method 

    Jacquemet, Vincent; Dubé, Bruno; Knight, Robin; Nadeau, Réginald; LeBlanc, A. Robert; Sturmer, Marcio; Becker, Giuliano; Vinet, Alain; Kuś, Teresa (IOP Publishing, 2011-04-15)
    The QT interval in the electrocardiogram (ECG) is a measure of total duration of depolarization and repolarization. Correction for heart rate is necessary to provide a single intrinsic physiological value that can be compared between subjects and within ...

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