Hypothesis Control of capillary flow through porous media has broad practical implications.
However, achieving accurate and reliable control of such processes by tuning the pore size …

Microfluidic paper-based analytical devices (microPADs) have emerged as a promising
platform for point-of-care diagnostic devices. While the inherent wicking properties of …

Microfluidic paper-based analytical devices (μPADs) rely on capillary flow to achieve filling,
mixing and delivery of liquids. We investigate the use of electroosmotic (EO) pumping as a …

Paper-based technologies have been drawing increasing attentions in the biosensor field
due to their economical, ecofriendly, and easy-to-fabricate features. In this paper, we present …

Paper-based microfluidics has been extensively used in recent times to perform automated
multi-step reactions. One of the requirements to carry out sequential reactions is the ability to …

The growing demands of energy have generated interest in the development of miniaturized
power sources. In this context, the potential of microfluidics for energy generation is …

Paper microfluidics is a subarea of microfluidics in which porous materials are used to
create devices. Advantages of paper microfluidics include fluid transport via capillary forces …

Microfluidic paper-based analytical devices (μPADs) have recently attracted the attention of
researchers and industry because they are small, easily fabricated, inexpensive, and require …

The development of patterning high-resolution microfluidic circuits onto cellulose paper in
2007 initiated widespread research into the use of the paper as a low-cost, easy-to-use …