Fluidic devices that employ nanoscale structures (< 100 nm in one or two dimensions, slits
or channels, respectively) are generating great interest due to the unique properties afforded …

Surface modification of polymer materials for preparing microfluidic devices including poly
(dimethyl siloxane)(PDMS) was investigated with phospholipids polymers such as poly (2 …

This work reports a new cholesterol detection scheme using functionalized carbon nanotube
(CNT) electrode in a polydimethylsiloxane/glass based flow injection microfluidic chip. CNTs …

A microfabicated flow injection device has been developed for in-channel electrochemical
detection (ECD) of a β-agonist, namely salbutamol. The microfluidic system consists of …

Rapid separation and determination of acetaminophen and its hydrolysate with end-channel
electrochemical (EC) detection integrated on a plastified poly (ethylene terephthalate)(PET) …

In this work, carbon nanotubes (CNTs) nanoarrays in anodized aluminum oxide (AAO–
CNTs) nanopore is integrated on a microfluidic flow injection system for in-channel …

In recent decades, Micro-total analytical systems (µ-TAS)/lab-on-chip devices with the
electrochemical detection scheme have attracted much attention owing to their label-free …

The development of the LIGA process, the German acronym for lithographie (lithography),
galvanoformung (electroplating), and abformung (molding), has made possible a viable …

In the past decade, microfabrication has become increasingly important to biology and
biomedical applications. The fabrication techniques initially developed for the …

In this work, CNTs electrochemical electrode has been integrated on a flow injection based
microfluidic chip for detection of cholesterol (CHO). Metal electrodes were deposited and …