Search Results - "Joucla, S"

Three-dimensional electrode arrays for retinal prostheses: modeling, geometry optimization and experimental validation by Djilas, M, Olès, C, Lorach, H, Bendali, A, Dégardin, J, Dubus, E, Lissorgues-Bazin, G, Rousseau, L, Benosman, R, Ieng, S-H, Joucla, S, Yvert, B, Bergonzo, P, Sahel, J, Picaud, S

“…Three-dimensional electrode geometries were proposed to increase the spatial resolution in retinal prostheses aiming at restoring vision in blind patients. We…”
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A New 3-D Finite-Element Model Based on Thin-Film Approximation for Microelectrode Array Recording of Extracellular Action Potential by Moulin, CÉline, Gliere, Alain, Barbier, Daniel, Joucla, Sebastien, Yvert, Blaise, Mailley, Pascal, Guillemaud, RÉgis

“…A transient finite-element model has been developed to simulate an extracellular action potential recording in a tissue slice by a planar microelectrode array…”
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NeuroPXI: A real-time multi-electrode array system for recording, processing and stimulation of neural networks and the control of high-resolution neural implants for rehabilitation by Bonnet, S, Bêche, J.-F, Gharbi, S, Abdoun, O, Bocquelet, F, Joucla, S, Agache, V, Sauter, F, Pham, P, Dupont, F, Matonti, F, Hoffart, L, Roux, S, Djilas, M, Kolomiets, B, Caplette, R, Chavane, F, Picaud, S, Yvert, B, Guillemaud, R

“…Abstract The increasing number of channels offered by new Microelectrode Array (MEA) systems raises the problem of data handling and analysis in real time. The…”
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Artificial CSF motion ensures rhythmic activity in the developing CNS ex vivo: a mechanical source of rhythmogenesis? by Yvert, Blaise, Mazzocco, Claire, Joucla, Sébastien, Langla, Adeline, Meyrand, Pierre

“…Spontaneous rhythmic activity is a ubiquitous feature of developing neural structures that has been shown to be essential for the establishment of functional…”
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NeuroPXI: A real-time multi-electrode array system for recording, processing and stimulation of neural networks and the control of high-resolution neural implants for rehabilitation: Numéro spécial ANR TECSAN. Technologies pour la santé et l'autonomie by BONNET, S, BECHE, J.-F, MATONTI, F, HOFFART, L, ROUX, S, DJILAS, M, KOLOMIETS, B, CAPLETTE, R, CHAVANE, F, PICAUD, S, YVERT, B, GUILLEMAUD, R, GHARBI, S, ABDOUN, O, BOCQUELET, F, JOUCLA, S, AGACHE, V, SAUTER, F, PHAM, P, DUPONT, F

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A closed-loop charge balancing FPAA circuit with sub-nano-amp DC error for electrical stimulation by Kolbl, F., Guillaume, R., Hasler, J., Joucla, S., Yvert, B., Renaud, S., Lewis, N.

“…The design of neuro-stimulator has to respect tissue safety conditions. Especially, electrical charge-balancing of stimuli is of major concern, and electrode…”
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Nanograss Boron Doped Diamond microelectrode arrays for recording and stimulating neuronal tissues by Kiran, R., Cottance, M., Joucla, S., Rousseau, L., Bongrain, A., Yvert, B., Scorsone, E., Bendali, A., Lissorgues, G., Picaud, S., Bergonzo, P.

“…We report on a new approach involving the use of Boron Doped Diamond (B-NCD) to fabricate Micro Electrode Arrays (MEAs). MEAs are common electrophysiology…”
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Challenges in recording and stimulation of living neural network based on original micro-electrode array (MEA) developments by Cottance, M., Nazeer, S., Rousseau, L., Lissorgues, G., Joucla, S., Yvert, B., Lewis, N., Bornat, Y., Renaud, S.

“…Recent research in micro-manufacturing together with new technologies in bioelectronics can lead to neuroscience applications to explore the properties of…”
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Soft 3D retinal implants with diamond electrode a way for focal stimulation by Rousseau, L., Scorsone, E., Bendali, A., Djilas, M., Girard, H., Cottance, M., Joucla, S., Dubus, E., Degardin, J., Yvert, B., Lissorgues, G., Bergonzo, P., Picaud, S.

“…In neuroprostheses, the focal stimulation of the neuronal tissues is today a real challenge. These questions are particularly important in retinal prostheses…”
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