Capacitive bioaffinity detection using microelectrodes is considered as a promising label-free method for point-of-care (POC) diagnosis, though with challenges in sensitivity and the time “from sample to result.” It has a wide range of applications in areas such as medical science, diagnostics, and pharmacology. Quantitative detection of protein biomarkers in biological media is critically important in detecting disease or physiological malfunction, or tracking disease progression. Among various detection methods, electrical detection is particularly well suited for POC specific protein detection, being of low cost, light weight and small form factor. With recent development in AC electrokinetics (ACEK), especially in dielectrophoresis (DEP...
A novel technique for monitoring of low molecular mass analytes using a flow-injection capacitive bi...
Measurement systems for early and reliable detection of degenerative diseases, such as Alzheimer's d...
Label-free cell-based assays have emerged as a promising means for high-throughput screening. Most l...
Capacitive bioaffinity detection using microelectrodes is considered as a promising label-free metho...
Capacitive bioparticle detection is a promising method for point-of-care diagnosis. There are a wide...
Capacitive bioaffinity detection using microelectrodes is considered as a promising label-free metho...
A highly sensitive, specific, real time, and field-deployable surveillance tool is critical to the c...
Sensing and quantification of biomolecules are becoming increasingly important in medical diagnostic...
A sensitive and efficient method for microRNAs (miRNAs) detection is strongly desired by clinicians ...
For centuries, bacterial cells have been one of the major causes of human diseases, and are still re...
This paper investigates technological advancements in developing reliable technologies for label fre...
The rapid and selective detection of whole bacterial cells is of interest for the development of Poi...
The rapid and selective detection of whole bacterial cells is of interest for the development of Poi...
With the ongoing pandemic, there have been increasing concerns recently regarding major public healt...
Biosensing has been developed rapidly for a number of biomedical applications, including neural moni...
A novel technique for monitoring of low molecular mass analytes using a flow-injection capacitive bi...
Measurement systems for early and reliable detection of degenerative diseases, such as Alzheimer's d...
Label-free cell-based assays have emerged as a promising means for high-throughput screening. Most l...
Capacitive bioaffinity detection using microelectrodes is considered as a promising label-free metho...
Capacitive bioparticle detection is a promising method for point-of-care diagnosis. There are a wide...
Capacitive bioaffinity detection using microelectrodes is considered as a promising label-free metho...
A highly sensitive, specific, real time, and field-deployable surveillance tool is critical to the c...
Sensing and quantification of biomolecules are becoming increasingly important in medical diagnostic...
A sensitive and efficient method for microRNAs (miRNAs) detection is strongly desired by clinicians ...
For centuries, bacterial cells have been one of the major causes of human diseases, and are still re...
This paper investigates technological advancements in developing reliable technologies for label fre...
The rapid and selective detection of whole bacterial cells is of interest for the development of Poi...
The rapid and selective detection of whole bacterial cells is of interest for the development of Poi...
With the ongoing pandemic, there have been increasing concerns recently regarding major public healt...
Biosensing has been developed rapidly for a number of biomedical applications, including neural moni...
A novel technique for monitoring of low molecular mass analytes using a flow-injection capacitive bi...
Measurement systems for early and reliable detection of degenerative diseases, such as Alzheimer's d...
Label-free cell-based assays have emerged as a promising means for high-throughput screening. Most l...