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Your search keyword '"Baaklini, Edeny"' showing total 4 results
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4 results on '"Baaklini, Edeny"'

1. Walking naturally after spinal cord injury using a brain–spine interface

Author

Lorach, Henri, Galvez, Andrea, Spagnolo, Valeria, Martel, Felix, Karakas, Serpil, Intering, Nadine, Vat, Molywan, Faivre, Olivier, Harte, Cathal, Komi, Salif, Ravier, Jimmy, Collin, Thibault, Coquoz, Laure, Sakr, Icare, Baaklini, Edeny, Hernandez-Charpak, Sergio Daniel, Dumont, Gregory, Buschman, Rik, Buse, Nicholas, Denison, Tim, van Nes, Ilse, Asboth, Leonie, Watrin, Anne, Struber, Lucas, Sauter-Starace, Fabien, Langar, Lilia, Auboiroux, Vincent, Carda, Stefano, Chabardes, Stephan, Aksenova, Tetiana, Demesmaeker, Robin, Charvet, Guillaume, Bloch, Jocelyne, and Courtine, Grégoire

Published
2023
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2. Activity-dependent spinal cord neuromodulation rapidly restores trunk and leg motor functions after complete paralysis

Author

Rowald, Andreas, Komi, Salif, Demesmaeker, Robin, Baaklini, Edeny, Hernandez-Charpak, Sergio Daniel, Paoles, Edoardo, Montanaro, Hazael, Cassara, Antonino, Becce, Fabio, Lloyd, Bryn, Newton, Taylor, Ravier, Jimmy, Kinany, Nawal, D’Ercole, Marina, Paley, Aurélie, Hankov, Nicolas, Varescon, Camille, McCracken, Laura, Vat, Molywan, Caban, Miroslav, Watrin, Anne, Jacquet, Charlotte, Bole-Feysot, Léa, Harte, Cathal, Lorach, Henri, Galvez, Andrea, Tschopp, Manon, Herrmann, Natacha, Wacker, Moïra, Geernaert, Lionel, Fodor, Isabelle, Radevich, Valentin, Van Den Keybus, Katrien, Eberle, Grégoire, Pralong, Etienne, Roulet, Maxime, Ledoux, Jean-Baptiste, Fornari, Eleonora, Mandija, Stefano, Mattera, Loan, Martuzzi, Roberto, Nazarian, Bruno, Benkler, Stefan, Callegari, Simone, Greiner, Nathan, Fuhrer, Benjamin, Froeling, Martijn, Buse, Nik, Denison, Tim, Buschman, Rik, Wende, Christian, Ganty, Damien, Bakker, Jurriaan, Delattre, Vincent, Lambert, Hendrik, Minassian, Karen, van den Berg, Cornelis A. T., Kavounoudias, Anne, Micera, Silvestro, Van De Ville, Dimitri, Barraud, Quentin, Kurt, Erkan, Kuster, Niels, Neufeld, Esra, Capogrosso, Marco, Asboth, Leonie, Wagner, Fabien B., Bloch, Jocelyne, and Courtine, Grégoire

Published
2022
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3. Electrical spinal cord stimulation protocols to restore trunk and respiratory functions after spinal cord injury

Author

Baaklini, Edeny

Subjects
Trunk / core stability, Motor control, Neuroprosthetics, Clinical translation, First-in-human, Rehabilitation, Epidural electrical stimulation, Spinal cord injury, Translational research
Abstract

Epidural electrical stimulation (EES) potentially restores motor and autonomic functions in individuals with spinal cord injury (SCI), targeting the dorsal roots of the thoracic and lumbosacral segments, reactivating dormant neural networks below the injury. This thesis focuses on restoring trunk motor function in three individuals with complete chronic sensorimotor paralysis targeting the dorsal roots of the lowest thoracic spinal segment (T12). Results showed, EES immediately restored multiple motor functions (standing, walking, trunk stability/mobility). Following five months of EES-based rehabilitation, all participants improved their motor performance and regained volitional control over previously paralyzed muscles. Other focuses are extending spatial trunk muscle recruitment and respiratory function in two individuals with chronic sensorimotor complete paralysis (level C3 to T6). The results showed improved trunk stability, force and respiratory function, leading to increased physical independence and potential prevention of secondary complications. This technology-supported neurorehabilitation improved trunk and respiratory functions in para- and tetraplegic individuals.

Published
2023
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4. High-heeled walking decreases lumbar lordosis.

Author

Baaklini, Edeny, Angst, Michael, Schellenberg, Florian, Hitz, Marina, Schmid, Stefan, Tal, Amir, Taylor, William R., and Lorenzetti, Silvio

Subjects
*LORDOSIS, *LUMBAR pain, *HIGH heel shoes, *GAIT disorders, *MOTION capture (Human mechanics), *GAIT in humans, *KINEMATICS, *POSTURE, *SHOES, *WALKING, *HEEL (Anatomy), RESEARCH evaluation
Abstract

An estimated 78% of women regularly walk in high heels. However, up to 58% complain about low back pain, which is commonly thought to be caused by increased lumbar lordosis. However, the extent to which a subject's posture is modified by high-heeled shoes during dynamic activities remains unknown. Therefore, we sought to evaluate whether low- or high-heeled shoes influence the kinematics of the pelvis and the spine during walking. Twenty-three inexperienced women, and seventeen women experienced in wearing high-heeled shoes, all aged 20-55 years, were measured barefoot and while wearing low- (4cm) and high-heeled (10cm) shoes during gait at a self-selected speed. A 22-camera motion capture system was used to assess the gait patterns for each condition. No significant inter-experience-group kinematic differences were found. In contrast to the results of some studies, our results show that the heels' height does indeed influence the motion of the pelvis and the spine during walking, whereby low-heeled shoes influenced the subjects' trunk kinematics during gait less than high-heeled shoes compared to barefooted walking. However, inexperienced high-heel wearers showed less thoracic curvature angle while wearing high-heels than while wearing low-heels. Importantly, both groups exhibited significantly lower maximum and minimal lumbar and thoracic curvature angles when wearing high-heeled shoes compared to the barefoot condition. As a result, it seems that low back pain might be associated with other factors induced by high-heels. [ABSTRACT FROM AUTHOR]

Published
2017
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