The goal is to develop a miniaturized system allowing continuous measurement of glucose concentration profiles over 24 hours for several days. The unique feature of the PharmaSens / IMT approach lies in the insertion mechanism and the needle size to assure optimum user-friendliness and patient comfort. The measurement method is based on classical amperometric detection using an enzymatic membrane. The sensor substrate is made on a flexprint substrate and consists of a 3-electrode cell on a needle-shaped tip of ~100 μm width and is covered with polymeric membranes. The sensor is integrated in a device that combines the insertion mechanism and electronics
We report on an electrochemical measurement setup comprising a glucose sensor and a CMOS potentiosta...
VTT has long experience in development of inkjet printable functional inks including printable enzym...
91 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.Self-monitoring of blood gluco...
Metabolic disorders such as the highly prevalent disease diabetes require constant monitoring. The h...
Background: Currently, monitoring blood glucose levels for diabetic patients is invasive and painful...
Implantable enzymatic sensors for biochemicals such as glucose are provided having an ideal size and...
This paper presents a disposable minimally invasive self-calibrating continuous glucose monitor cons...
Blood glucose concentration is a key indicator of patients’ health, particularly for symptoms associ...
Blood glucose concentration is a key indicator of patients' health, particularly for symptoms associ...
Blood sugar measurement is an important topic for an increasing number of people suffering from diab...
A novel glucose oxidase based needle-type glucose microsensor has been developed for subcutaneous gl...
A novel paper-based potentiometric sensor with an enhanced response for the detection of glucose in ...
As the importance of blood-glucose control for both diabetic and non-diabetic patients continues to ...
A potentially wearable glucose sensor was developed, consisting of an oxygen electrode as detector a...
A potentially wearable glucose sensor was developed, consisting of an oxygen electrode as detector a...
We report on an electrochemical measurement setup comprising a glucose sensor and a CMOS potentiosta...
VTT has long experience in development of inkjet printable functional inks including printable enzym...
91 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.Self-monitoring of blood gluco...
Metabolic disorders such as the highly prevalent disease diabetes require constant monitoring. The h...
Background: Currently, monitoring blood glucose levels for diabetic patients is invasive and painful...
Implantable enzymatic sensors for biochemicals such as glucose are provided having an ideal size and...
This paper presents a disposable minimally invasive self-calibrating continuous glucose monitor cons...
Blood glucose concentration is a key indicator of patients’ health, particularly for symptoms associ...
Blood glucose concentration is a key indicator of patients' health, particularly for symptoms associ...
Blood sugar measurement is an important topic for an increasing number of people suffering from diab...
A novel glucose oxidase based needle-type glucose microsensor has been developed for subcutaneous gl...
A novel paper-based potentiometric sensor with an enhanced response for the detection of glucose in ...
As the importance of blood-glucose control for both diabetic and non-diabetic patients continues to ...
A potentially wearable glucose sensor was developed, consisting of an oxygen electrode as detector a...
A potentially wearable glucose sensor was developed, consisting of an oxygen electrode as detector a...
We report on an electrochemical measurement setup comprising a glucose sensor and a CMOS potentiosta...
VTT has long experience in development of inkjet printable functional inks including printable enzym...
91 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.Self-monitoring of blood gluco...