Add to ORKGWe demonstrate a millimeter-wave sensing method based on a coplanar waveguide for biological membrane studies in an open-volume fluidic arrangement. On-wafer measurements of scattering parameters were performed up to 110 GHz. The sensor shows the ability to distinguish the addition of20% cholesterol in artificial biological membranes, which is an important component influencing the stability and fluidity of such systems. This is the first stage in the development of a millimeter-wave sensor for biological model membrane studies
International audienceThis paper presents a microwave sensor composed of one millifluidic channel th...
Studies of biological solutions require high measurement accuracy, the ability to detect low changes...
A variety of dielectric resonator techniques from low GHz frequencies towards 100 GHz has been inves...
We demonstrate a millimeter-wave sensing method based on a coplanar waveguide for biological membran...
We have studied several sensor concepts for biomedical applications operating in the millimetre-wave...
Studies of biological and artificial membrane systems, such as niosomes, currently rely on the use o...
International audienceA miniaturized sensor operating in Radio Frequency region (RF) is proposed to ...
A millimeter-wave sensor based on a CPW line has been designed and fabricated as a first prototype f...
In this paper, we present a Millimeter-wave BioMEMS (Biological MicroElectro-Mechanical System) dedi...
Glucose-monitoring sensors are necessary and have been extensively studied to prevent and control he...
An integrated biosensor is a miniaturized device which performs biochemical analysis normally handle...
International audienceThis paper reports the design, simulation and experimental validation of an ac...
International audienceThis paper presents a biosensor based on a resonant technique that quantifies ...
This paper reports on a miniaturized lab-on-a-waveguide liquid-mixture sensor, achieving highly-accu...
Millimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood, wh...
International audienceThis paper presents a microwave sensor composed of one millifluidic channel th...
Studies of biological solutions require high measurement accuracy, the ability to detect low changes...
A variety of dielectric resonator techniques from low GHz frequencies towards 100 GHz has been inves...
We demonstrate a millimeter-wave sensing method based on a coplanar waveguide for biological membran...
We have studied several sensor concepts for biomedical applications operating in the millimetre-wave...
Studies of biological and artificial membrane systems, such as niosomes, currently rely on the use o...
International audienceA miniaturized sensor operating in Radio Frequency region (RF) is proposed to ...
A millimeter-wave sensor based on a CPW line has been designed and fabricated as a first prototype f...
In this paper, we present a Millimeter-wave BioMEMS (Biological MicroElectro-Mechanical System) dedi...
Glucose-monitoring sensors are necessary and have been extensively studied to prevent and control he...
An integrated biosensor is a miniaturized device which performs biochemical analysis normally handle...
International audienceThis paper reports the design, simulation and experimental validation of an ac...
International audienceThis paper presents a biosensor based on a resonant technique that quantifies ...
This paper reports on a miniaturized lab-on-a-waveguide liquid-mixture sensor, achieving highly-accu...
Millimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood, wh...
International audienceThis paper presents a microwave sensor composed of one millifluidic channel th...
Studies of biological solutions require high measurement accuracy, the ability to detect low changes...
A variety of dielectric resonator techniques from low GHz frequencies towards 100 GHz has been inves...