Add to ORKGInvestigations on an intraocular implant system for continuous measurements of intraocular pressure are introduced. In a first version the system consists of a miniaturised pressure sensor, which is completely en-capsulated in biocompatible silicone. In a second version, the sensor is connected to transponder components for wireless data and energy transmission. Pressure measurements are performed to verify the influence of the coating material on the pressure signals. Only a small offset due to the influence of the silicone coating is observed. The performance of the sensor is comparable to established methods of measuring the intraocular pressure
International audienceObjective. The main risk factor for the development of glaucoma, a retinal d...
Purpose : To demonstrate the precision of a first of its kind fully implantable continuous wireless ...
A new concept of the intraocular pressure (IOP) sensor design and its implantation approach are pres...
Basic investigations on an intraocular implant system for continuous measurements of the intraocular...
A completely encapsulated intraocular pressure (IOP) sensor equipped with telemetric signal and ener...
For a better treatment and analysis of the eye disease "Glaucoma", a continuous measurement and know...
A miniaturised transponder system consisting of a chip and a micro coil for measuring intraocular pr...
This paper presents a novel minimally invasive implantable pressure sensing transponder for continuo...
It is known that intraocular pressure (IOP) is a key factor in the development of glaucoma, disease ...
Intraocular pressure is the tissue pressure within the eye, which is determined by the balance betwe...
A miniaturised and foldable transponder system consisting of a chip and a micro coil for measuring i...
This paper describes an implantable microsystem being developed to continuously monitor intraocular ...
In this paper we present a programmable intraocular pressure sensor system implant integrated on a s...
This paper presents a wireless, implantable continuous intraocular pressure (IOP) monitoring system ...
International audienceGlaucoma is an ocular pathology usually associated with an increase in Intra O...
International audienceObjective. The main risk factor for the development of glaucoma, a retinal d...
Purpose : To demonstrate the precision of a first of its kind fully implantable continuous wireless ...
A new concept of the intraocular pressure (IOP) sensor design and its implantation approach are pres...
Basic investigations on an intraocular implant system for continuous measurements of the intraocular...
A completely encapsulated intraocular pressure (IOP) sensor equipped with telemetric signal and ener...
For a better treatment and analysis of the eye disease "Glaucoma", a continuous measurement and know...
A miniaturised transponder system consisting of a chip and a micro coil for measuring intraocular pr...
This paper presents a novel minimally invasive implantable pressure sensing transponder for continuo...
It is known that intraocular pressure (IOP) is a key factor in the development of glaucoma, disease ...
Intraocular pressure is the tissue pressure within the eye, which is determined by the balance betwe...
A miniaturised and foldable transponder system consisting of a chip and a micro coil for measuring i...
This paper describes an implantable microsystem being developed to continuously monitor intraocular ...
In this paper we present a programmable intraocular pressure sensor system implant integrated on a s...
This paper presents a wireless, implantable continuous intraocular pressure (IOP) monitoring system ...
International audienceGlaucoma is an ocular pathology usually associated with an increase in Intra O...
International audienceObjective. The main risk factor for the development of glaucoma, a retinal d...
Purpose : To demonstrate the precision of a first of its kind fully implantable continuous wireless ...
A new concept of the intraocular pressure (IOP) sensor design and its implantation approach are pres...