Retinitis pigmentosa is the main cause of inherited human blindness and is associated with
dysfunctional photoreceptors (PRs). Compared with traditional methods, optoelectronic …

Visual prosthesis devices designed to restore sight to the blind have been under
development in the laboratory for several decades. Clinical translation continues to be …

Retinal implants are used to replace lost photoreceptors in blind patients suffering from
retinopathies such as retinitis pigmentosa. Patients wearing implants regain some …

Retinal prostheses are a promising therapeutic intervention for patients afflicted by outer
retinal degenerative diseases such as retinitis pigmentosa and age‐related macular …

Platinum electrodes are critical components in many biomedical devices, an important
example being implantable neural stimulation or recording electrodes. However, upon …

Severe visual impairment can result from retinal degenerative diseases such as retinitis
pigmentosa, which lead to photoreceptor cell death. These pathologies result in extensive …

Implanted neural interfaces represent a rapidly growing field, which includes deep brain,
peroneal, phrenic, and vagus nerve stimulators, while substantial research efforts have been …

A high-optical-resolution artificial retina system that accurately communicates with the optic
nerve is the main challenge in the modern biological science and bionic field. Here, we …

Artificial retinal materials play an important role in vision repair and robotics. However, the
inability to convert characteristic visible light signals into electrical signals has seriously …

Objective. Platinum nanograss (Ptng) has been demonstrated as an excellent coating to
increase the electrode roughness and reduce the impedance of microelectrodes for neural …