Recently, a new type of electrokinetic concentration devices has been developed in a
microfluidic chip format, which allows efficient trap** and concentration of biomolecules by …

Applications of microsystems (microreactors) in continuous-flow chemistry have expanded
rapidly over the past two decades, with numerous reports of higher conversions and yields …

Integrating microfluidic devices and enzymatic processes in biocatalysis is a rapidly
advancing field with promising applications. This review explores various facets, including …

Free-solution, label-free molecular interactions were investigated with back-scattering
interferometry in a simple optical train composed of a helium-neon laser, a microfluidic …

Microreactor technology has gained significant popularity in the chemical and process
industry in the past decade. The development of microreactors either as innovative …

The past, present, and future of green chemistry and green engineering From college
campuses to corporations, the past decade witnessed a rapidly growing interest in …

A novel method has been devised to derive kinetic information about reactions in
microfluidic systems. Advantages have been demonstrated over conventional procedures …

The design of novel food micro-structures aimed at the quality, health and pleasure markets
will probably require unit operations where the scale of the forming device is closer to the …

A method for photopatterning multiple enzymes on porous polymer monoliths within
microfluidic devices has been developed and used to perform spatially separated …

OVERVIEW: Over the last decade, the utility of immobilized microfluidic enzyme reactors
(IMERs) has been demonstrated in a wide variety of fields, including medical diagnostics …