L'Institut de Biomécanique Humaine Georges Charpak fait suite au Laboratoire de Biomécanique (LBM) de l’ENSAM crée en 1979 et est situé sur le Campus parisien d’ARTS ET MÉTIERS ParisTech.

L'Institut est certifié ISO 9001 depuis le 27 juillet 2009 dans un périmètre couvrant Recherche, Formation, Relations Industrielles et Valorisation. La recherche partenariale ou les prestations de valorisation sont gérées dans le cadre de l'Institut Carnot ARTS.


Voir le site du laboratoire :
http://biomecanique.ensam.eu/

Recent Submissions

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  Quantitative morphometric study of thoracic spine A preliminary parameters statistical analysis 

  LAPORTE, Sébastien; MITTON, David; ISMAEL, B.; DE FOUCHECOUR, M.; LASSEAU, J. P.; LAVASTE, François; SKALLI, Wafa (Springer, 2000)

  Study Design:A quantitative morphometric study of the thoracic spine from TI to T12 was conducted on 5o dried spines. Objective:To quantify anatomic descriptive parameters concerning thoracic vertebrae, and to investigate ...
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  High-throughput microfluidic micropipette aspiration device to probe time-scale dependent nuclear mechanics in intact cells 

  FEDORCHAK, Gregory; MONDÉSERT-DEVERAUX, Solenne; BELL, Emily; ISERMANN, Philipp; AUBRY, Denis; ALLENA, Rachele; LAMMERDING, Jan (Royal Society of Chemistry, 2019)

  The mechanical properties of the cell nucleus are increasingly recognized as critical in many biological processes. The deformability of the nucleus determines the ability of immune and cancer cells to migrate through ...
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  A mechano-biological model of multi-tissue evolution in bone 

  FRAME, Jamie; ROHAN, Pierre-Yves; CORTÉ, Laurent; ALLENA, Rachele (Springer, 2019)

  Successfully simulating tissue evolution in bone is of significant importance in predicting various biological processes such as bone remodeling, fracture healing and osseointegration of implants. Each of these processes ...
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  A new comprehensive approach for bone remodeling under medium and high mechanical load based on cellular activity 

  ALLENA, Rachele; GEORGE, Daniel; BOURZAC, Céline; PALLU, Stéphane; RÉMOND, Yves; BENSIDHOUM, Morad; PORTIER, Hugues (Mathematical Sciences, 2020)

  Most of the last century, bone remodeling models have been proposed based on the observation that bone density is dependent on the intensity of the applied mechanical loads. Most of these cortical or trabecular bone ...
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  Quasi-automated reconstruction of the femur from bi-planar X-rays 

  GIRINON, François; GAJNY, Laurent; EBRAHIMI, Shahin; DAGNEAUX, Louis; ROUCH, Philippe; SKALLI, Wafa (Taylor & Francis, 2020)

  3D reconstruction from low-dose Bi-Planar X-Rays (BPXR) is a rising practice in clinical routine. However, this process is time consuming and highly depends on the user. This study aims to partially automate the process ...
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  Calibration of the fat and muscle hyperelastic material parameters for the assessment of the internal tissue deformation in relation to pressure ulcer prevention 

  MUKHINA, Ekatrina; ROHAN, Pierre-Yves; CONNESSON, Nathanael; PAYAN, Yohan (Taylor & Francis, 2020)

  Our group aims at proposing a protocol for evaluating the subject-specific risk for sacral pressure ulcer (PU). The idea is to model the way soft tissue will be deformed under the external pressure and to compute internal ...
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  Are wearable insoles a validated tool for quantifying transfemoral amputee gait asymmetry? 

  LOIRET, Isabelle; VILLA, Coralie; DAURIAC, Boris; BONNET, Xavier; MARTINET, Noël; PAYSANT, Jean; PILLET, Hélène (SAGE Publishing, 2019)

  Background: Amputee gait is known to be asymmetrical, especially during loading of the lower limb. Monitoring asymmetry could be useful in quantifying patient performance during rehabilitation. Wearable insoles can provide ...

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