There is a clear need for cell- and tissue-based test systems for in vitro diagnostics and therapy evaluation. The advantages of tissue-based test systems are that the complex cell response is taken into account and that proteins are in their natural environment. The capillary measurement cell enables impedance measurement of small tissue samples with negligible electrode impedances and a high constant shunt resistance so that biologically relevant tissue parameters are determinable
OBJECTIVES: Many flow-cytometric cell characterization methods require costly markers and colour rea...
This thesis describes three techniques for the characterization of living cells using micro-electro-...
The study and the characterization of cell death mechanisms are fundamental in cell biology research...
This article addresses the application of impedance spectroscopy for the characterisation of smalles...
Non-invasive single cell analyses are increasingly required for the medical diagnostics of test subs...
Automated screening of the selectivity, toxicity, metabolism and absorption of drugs could support t...
The specific membrane capacitance (SMC) of biological cell membranes correlates with cells’ electric...
Background: The microfabricated impedance spectroscopy flow cytometer used in this study permits rap...
This thesis presents a microfluidic device with wide channels and embedded AgPDMS electrodes for mea...
Bioassays are a type of in vitro experiment used to measure the effects of a substance on a living o...
Here, we describe methods for combining impedance spectroscopy measurements with electrical simulati...
In general, cell culture-based assays, investigations of cell number, viability, and metabolic activ...
Microfluidic Impedance Cytometry (MIC) is a label-free technique for counting and analyzing single c...
Miniature high speed label-free cell analysis systems have yet to be developed, but have the potenti...
Dielectric spectroscopy (DS) is a promising cell screening method that can be used for diagnostic an...
OBJECTIVES: Many flow-cytometric cell characterization methods require costly markers and colour rea...
This thesis describes three techniques for the characterization of living cells using micro-electro-...
The study and the characterization of cell death mechanisms are fundamental in cell biology research...
This article addresses the application of impedance spectroscopy for the characterisation of smalles...
Non-invasive single cell analyses are increasingly required for the medical diagnostics of test subs...
Automated screening of the selectivity, toxicity, metabolism and absorption of drugs could support t...
The specific membrane capacitance (SMC) of biological cell membranes correlates with cells’ electric...
Background: The microfabricated impedance spectroscopy flow cytometer used in this study permits rap...
This thesis presents a microfluidic device with wide channels and embedded AgPDMS electrodes for mea...
Bioassays are a type of in vitro experiment used to measure the effects of a substance on a living o...
Here, we describe methods for combining impedance spectroscopy measurements with electrical simulati...
In general, cell culture-based assays, investigations of cell number, viability, and metabolic activ...
Microfluidic Impedance Cytometry (MIC) is a label-free technique for counting and analyzing single c...
Miniature high speed label-free cell analysis systems have yet to be developed, but have the potenti...
Dielectric spectroscopy (DS) is a promising cell screening method that can be used for diagnostic an...
OBJECTIVES: Many flow-cytometric cell characterization methods require costly markers and colour rea...
This thesis describes three techniques for the characterization of living cells using micro-electro-...
The study and the characterization of cell death mechanisms are fundamental in cell biology research...