Add to ORKGThis paper describes a photoelectric device that is intended to serve as a replacement for degenerated photoreceptor cells in the retina. The device is a kind of silicon based micro-photodiode arrays. The final implant devices were approximately 100 μm in thickness and ranged in diameter from 2.5...中国光学学会
Microsystem technologies offer significant advantages in the development of neural prostheses. In th...
Retinal prostheses require the presence of viable population of cells in the inner retina. Evaluatio...
In this paper we present the development of a signal and energy transmission technique for a retina ...
This paper describes a photoelectric device that is intended to serve as a replacement for degenerat...
Abstract — Retinal diseases that result in photoreceptor degeneration may spare the inner retinal la...
The objective of this work is to develop and test a photovoltaic retinal prosthesis for restoring si...
[[abstract]]Purpose: To extend previous technologies available for artificial retina implementation ...
This contribution describes the realization of microelectronic components for a retina implant syste...
This thesis describes research carried out towards the development of a retinal prosthesis to aid su...
This thesis describes research carried out towards the development of a retinal prosthesis to aid su...
such as age-related macular degeneration (AMD) and reti- the substrate material of gold microelectro...
The present study reports a subretinal implant device which can imitate the function of photorecepto...
A subretinal implant device, Micro Photo Diode Array, which can partly imitate the function of photo...
Millions of people worldwide suffer from retina degeneration pathologies. To this day the only clin...
A key application for microsystems in life-science are active microimplants for restoring and substi...
Microsystem technologies offer significant advantages in the development of neural prostheses. In th...
Retinal prostheses require the presence of viable population of cells in the inner retina. Evaluatio...
In this paper we present the development of a signal and energy transmission technique for a retina ...
This paper describes a photoelectric device that is intended to serve as a replacement for degenerat...
Abstract — Retinal diseases that result in photoreceptor degeneration may spare the inner retinal la...
The objective of this work is to develop and test a photovoltaic retinal prosthesis for restoring si...
[[abstract]]Purpose: To extend previous technologies available for artificial retina implementation ...
This contribution describes the realization of microelectronic components for a retina implant syste...
This thesis describes research carried out towards the development of a retinal prosthesis to aid su...
This thesis describes research carried out towards the development of a retinal prosthesis to aid su...
such as age-related macular degeneration (AMD) and reti- the substrate material of gold microelectro...
The present study reports a subretinal implant device which can imitate the function of photorecepto...
A subretinal implant device, Micro Photo Diode Array, which can partly imitate the function of photo...
Millions of people worldwide suffer from retina degeneration pathologies. To this day the only clin...
A key application for microsystems in life-science are active microimplants for restoring and substi...
Microsystem technologies offer significant advantages in the development of neural prostheses. In th...
Retinal prostheses require the presence of viable population of cells in the inner retina. Evaluatio...
In this paper we present the development of a signal and energy transmission technique for a retina ...