References of "Lempereur, M"
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See detailRecommandations Europeennes 2011 pour la prise en charge du syndrome coronarien aigu sans elevation du segment ST (Partie 2). Revascularisation coronaire: indications.
Lempereur, M.; Moonen, Marie ULg; Gach, O. et al

in Revue Médicale de Liège (2012), 67(1), 8-10

New European guidelines about the management of non-ST elevated acute coronary syndromes emphasize the importance of early risk stratification. This article summarizes the modifications in the guidelines ... [more ▼]

New European guidelines about the management of non-ST elevated acute coronary syndromes emphasize the importance of early risk stratification. This article summarizes the modifications in the guidelines about risk stratification and invasive management of these syndromes. [less ▲]

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See detailLocation of the best confident scapula cluster during a forward humeral elevation
Leboeuf, Fabien; Brochard, Sylvain; Lempereur, M. et al

Poster (2011, July)

Eleven subjects were equipped with a cluster of 120 markers on the scapula. Forward humeral elevation was then performed. Robust estimators are used in order to eliminate high deformation. Results ... [more ▼]

Eleven subjects were equipped with a cluster of 120 markers on the scapula. Forward humeral elevation was then performed. Robust estimators are used in order to eliminate high deformation. Results underline the modification of the best cluster during elevation. Markers located on the lateral posterior part of the acromion were identified. They could be the best ones to measure dynamic scapula rotation during entire elevation. [less ▲]

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See detailShoulder motion analysis using simultaneous skin shape registration.
Schwartz, Cédric ULg; Burdin, V.; Jacq, J. J. et al

in Conference Proceedings: Annual International Conference of the IEEE Engineering in Medicine and Biology Society (2007, August)

A new non-invasive approach is proposed to study joint motions. It is based on dynamic tracking of the skin shape. A robust simultaneous registration algorithm (Iterative Median Closest Point) is used to ... [more ▼]

A new non-invasive approach is proposed to study joint motions. It is based on dynamic tracking of the skin shape. A robust simultaneous registration algorithm (Iterative Median Closest Point) is used to follow the evolving shape and compute the rigid motion of the underlying bone structures. This new method relies on the differentiation of the rigid and elastic parts of the shape motion. A skin marker network is tracked by a set of infrared cameras. Unlike usual techniques, the algorithm tracks the instantaneous polyhedral shape embedding this network. This innovating approach is expected to minimize bias effect of skin sweeps and give some new information about the underlying soft tissue activities. Current application addresses the motion of the shoulder complex (humerus, clavicle and scapula). It is compared with two marker-based methods published in the literature. Preliminary results show significant differences between these three approaches. The new approach measurements give rise to greater rotations. [less ▲]

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