Add to ORKGThis paper presents the fabrication and assembly techniques of the EPI-RET-3 wireless retina implant, a medical microsystem for the electrical stimulation of the retina of the blind people suffering from Retinitis Pigmentosa (RP). The design of the implant is described, as well as the technical data of the microchips are given
This thesis discusses the power link in the retinal prosthesis project that aims to provide vision t...
We present the concept of a novel epiretinal prosthesis, consisting of a foil-based, miniaturized el...
A wirelessly operated, minimally invasive retinal prosthesis was developed for preclinical chronic i...
This contribution is related to the EPIRET3 Project, which aims at the development of a wireless int...
Visual sensations in blind patients suffering from retinal degenerations may be restored by electric...
Microsystem technologies offer significant advantages in the development of neural prostheses. In th...
A chronically implantable retinal prosthesis is currently under development to restore useful vision...
PURPOSE. Visual sensations in patients with blindness and retinal degenerations may be restored by e...
A wireless epiretinal retina implant sytem, capable of stimulating the retinal ganglion cells in bli...
PURPOSE. Visual sensations in patients with blindness and retinal degenerations may be restored by e...
This work presents the architecture, the realization, and the packaging of a micro implantable visua...
This presentation concerns the engineering development of the Boston visual prosthesis for restoring...
A miniaturized, hermetically-encased, wirelessly-operated retinal prosthesis has been developed for ...
A miniaturized, hermetically-encased, wirelessly-operated retinal prosthesis has been developed for ...
To restore visual sensation of blind patients, we have proposed and developed a fully implantable re...
This thesis discusses the power link in the retinal prosthesis project that aims to provide vision t...
We present the concept of a novel epiretinal prosthesis, consisting of a foil-based, miniaturized el...
A wirelessly operated, minimally invasive retinal prosthesis was developed for preclinical chronic i...
This contribution is related to the EPIRET3 Project, which aims at the development of a wireless int...
Visual sensations in blind patients suffering from retinal degenerations may be restored by electric...
Microsystem technologies offer significant advantages in the development of neural prostheses. In th...
A chronically implantable retinal prosthesis is currently under development to restore useful vision...
PURPOSE. Visual sensations in patients with blindness and retinal degenerations may be restored by e...
A wireless epiretinal retina implant sytem, capable of stimulating the retinal ganglion cells in bli...
PURPOSE. Visual sensations in patients with blindness and retinal degenerations may be restored by e...
This work presents the architecture, the realization, and the packaging of a micro implantable visua...
This presentation concerns the engineering development of the Boston visual prosthesis for restoring...
A miniaturized, hermetically-encased, wirelessly-operated retinal prosthesis has been developed for ...
A miniaturized, hermetically-encased, wirelessly-operated retinal prosthesis has been developed for ...
To restore visual sensation of blind patients, we have proposed and developed a fully implantable re...
This thesis discusses the power link in the retinal prosthesis project that aims to provide vision t...
We present the concept of a novel epiretinal prosthesis, consisting of a foil-based, miniaturized el...
A wirelessly operated, minimally invasive retinal prosthesis was developed for preclinical chronic i...