The chemical and biological analysis techniques require the low cost development of reliable chemical sensors. In this context, the chemical field effect transistors ChemFETs and the microelectrodes offer innovating solutions but it involves an optimized interface between microtechnology, biology and chemistry. During this thesis, we have developed techniques allowing to couple chemical agents with silicon. Two approaches were studied, both based on the polymer use. First approach was centred on the encapsulation techniques development with realization of analysis microcuves and micro-canals in PDMS. The bacterial activity monitoring with pH-ISFETs was optimized within the framework study of the lactobacillus acidophilolus. The second appro...
Electrochemical sensors present a growing interest for analytical control in various application fie...
A new concept for miniaturised analysis systems, based on a modular assembly of silicon system compo...
L'intérêt porté aux microcapteurs électrochimiques ChemFETs (Chemical Field Effect Transistor) ne ce...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
Les techniques d'analyses chimiques et biologiques nécessitent le développement à faible coût de cap...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
Electrochemical sensors present a growing interest for analytical control in various application fie...
Electrochemical sensors present a growing interest for analytical control in various application fie...
A new concept for miniaturised analysis systems, based on a modular assembly of silicon system compo...
L'intérêt porté aux microcapteurs électrochimiques ChemFETs (Chemical Field Effect Transistor) ne ce...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
The chemical and biological analysis techniques require the low cost development of reliable chemica...
Les techniques d'analyses chimiques et biologiques nécessitent le développement à faible coût de cap...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
Medical analysis techniques field needs low cost development of reliable chemical sensors. In this c...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
The interest in electrochemical microsensors ChemFETs (Chemical Field Effect Transistor) continues u...
Electrochemical sensors present a growing interest for analytical control in various application fie...
Electrochemical sensors present a growing interest for analytical control in various application fie...
A new concept for miniaturised analysis systems, based on a modular assembly of silicon system compo...
L'intérêt porté aux microcapteurs électrochimiques ChemFETs (Chemical Field Effect Transistor) ne ce...