Enzymatic sensors for the continuous measurement of glucose and sucrose, with the use of an enzymatic microreactor and a continuous flow dilution line for the medium, are studied in this work. The effects of the best conditions for medium and sampling flow through the sensor were analysed for a glucose concentration range from 0.05 to 0.2 g/l , which was possible to extend to a range from 5.0 to 120 g/l using a dilution and sampling circuit with the FIA analysis methodolog
An affinity-viscometry-based micro-sensor probe for continuous glucose monitoring was investigated w...
A miniaturized thermal flow injection analysis biosensor has been coupled with a microdialysis probe...
This report describes a versatile and robust microreactor for bioactive proteins physically immobili...
Continuous monitoring of biotechnological processes is important for control and optimization of qua...
In the present study Microcontroller based system for glucose monitoring is developed. The output of...
With the growing demand of miniaturization of cell cultivation a new approach towards measuring and ...
The aim of our present work was to develop a flow-through measuring apparatus for the determination ...
The glucose concentration in diluted whole blood has been measured, using a miniaturized thermal bio...
We report on a study of enzymatic glucose and lactate sensors for measurements of wide concentration...
Continuous monitoring of biotechnological processes is important for control and optimization of qua...
A new microsystem, integrating microdialysis sampling and glucose oxidase immobilized on a tungsten ...
The glucose concentration in diluted whole blood has been measured, using a miniaturized thermal bio...
Background: Tight regulation of blood glucose levels from patients suffering from diabetes mellitus ...
Chemiluminescence detection was developed as an alternative to amperometric detection for glucose an...
This report describes a versatile and robust microreactor for bioactive proteins physically immobili...
An affinity-viscometry-based micro-sensor probe for continuous glucose monitoring was investigated w...
A miniaturized thermal flow injection analysis biosensor has been coupled with a microdialysis probe...
This report describes a versatile and robust microreactor for bioactive proteins physically immobili...
Continuous monitoring of biotechnological processes is important for control and optimization of qua...
In the present study Microcontroller based system for glucose monitoring is developed. The output of...
With the growing demand of miniaturization of cell cultivation a new approach towards measuring and ...
The aim of our present work was to develop a flow-through measuring apparatus for the determination ...
The glucose concentration in diluted whole blood has been measured, using a miniaturized thermal bio...
We report on a study of enzymatic glucose and lactate sensors for measurements of wide concentration...
Continuous monitoring of biotechnological processes is important for control and optimization of qua...
A new microsystem, integrating microdialysis sampling and glucose oxidase immobilized on a tungsten ...
The glucose concentration in diluted whole blood has been measured, using a miniaturized thermal bio...
Background: Tight regulation of blood glucose levels from patients suffering from diabetes mellitus ...
Chemiluminescence detection was developed as an alternative to amperometric detection for glucose an...
This report describes a versatile and robust microreactor for bioactive proteins physically immobili...
An affinity-viscometry-based micro-sensor probe for continuous glucose monitoring was investigated w...
A miniaturized thermal flow injection analysis biosensor has been coupled with a microdialysis probe...
This report describes a versatile and robust microreactor for bioactive proteins physically immobili...