We present a silicon photonics evanescent sensor for glucose absorption spectroscopy. The important design aspects of this miniature sensor are discussed as well as the experimental challenges. We demonstrate detection of glucose down to 14 mmol/L, close to the physiological range of blood glucose in humans
There are quite a few persons worldwide with severe issues to control the glucose level on its blood...
In the last two decades, we have witnessed a remarkable progress in the development of biosensor dev...
The bulkiness of common transmission spectroscopy probes prevents applicability at remote locations ...
We present a silicon photonics evanescent sensor for glucose absorption spectroscopy. The important ...
Diabetes is a fast growing metabolic disease, where the patients suffer from disordered glucose bloo...
Abstract: In this work, we demonstrate in vitro detection of glucose by means of a lab-on-chip absor...
This paper presents two PDMS photonic biosensor designs that can be used for continuous monitoring o...
Diabetes is an incurable metabolic disease, which has a number of devastating complications if left ...
The MIR spectral region contains strong absorption bands for many molecules and substances such as g...
This work presents analysis and development of an evanescent waveguide sensor system, which integra...
The world’s diabetic patients has increased significantly in recent decades. Diabetes has become a s...
In this paper, an ultra compact photonic crystal (PhC) biosensor for detecting glucose concentration...
We have developed bent fiber optic based sensors for non-invasive glucose level measurement. The dev...
We report on miniaturized spectroscopic sensors that are realized using Silicon Photonics technology...
Abstract: Currently, there are no continuous, non-invasive blood glucose monitors. With over 366 m...
There are quite a few persons worldwide with severe issues to control the glucose level on its blood...
In the last two decades, we have witnessed a remarkable progress in the development of biosensor dev...
The bulkiness of common transmission spectroscopy probes prevents applicability at remote locations ...
We present a silicon photonics evanescent sensor for glucose absorption spectroscopy. The important ...
Diabetes is a fast growing metabolic disease, where the patients suffer from disordered glucose bloo...
Abstract: In this work, we demonstrate in vitro detection of glucose by means of a lab-on-chip absor...
This paper presents two PDMS photonic biosensor designs that can be used for continuous monitoring o...
Diabetes is an incurable metabolic disease, which has a number of devastating complications if left ...
The MIR spectral region contains strong absorption bands for many molecules and substances such as g...
This work presents analysis and development of an evanescent waveguide sensor system, which integra...
The world’s diabetic patients has increased significantly in recent decades. Diabetes has become a s...
In this paper, an ultra compact photonic crystal (PhC) biosensor for detecting glucose concentration...
We have developed bent fiber optic based sensors for non-invasive glucose level measurement. The dev...
We report on miniaturized spectroscopic sensors that are realized using Silicon Photonics technology...
Abstract: Currently, there are no continuous, non-invasive blood glucose monitors. With over 366 m...
There are quite a few persons worldwide with severe issues to control the glucose level on its blood...
In the last two decades, we have witnessed a remarkable progress in the development of biosensor dev...
The bulkiness of common transmission spectroscopy probes prevents applicability at remote locations ...
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