The cost-effective rapid diagnosis of infectious diseases is an essential and important factor
for curing such diseases in the global public health care picture. Owing to poor infrastructure …

Microfluidics is promising for point of detection in healthcare applications involving silicon-
based MEMS technology in combination of materials like PDMS and glasses involving …

In this work, effective cell separation mechanism is proposed in microfluidic device with
integration of three inlets out of which one is for suspension of biological cells and another …

Cellulose paper for flexible electronics: design and technology - Book chapter - IOPscience
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Biomaterials have received more focus in the development of a variety of flexible sensors
due to their varied solubility, strong mechanical qualities, various active binding sites, and …

Microfluidics is promising for point-of-care detection in healthcare applications initially
involving silicon-based material in microelectromechanical systems (MEMS) technology in …

Wicking or spontaneous absorption into a porous substance are terms used to describe the
drag a liquid experiences as a result of the negative capillary pressure that forms at the …

In recent times, among all the substrates used in microfluidic systems, cellulose paper is
used as a handy, low-cost substrate that has gained attention for carrying fluid on its surface …

Nanofluidics and microfluidics describe the fluid flows within the nano/micro-channels.
Furthermore, ongoing advancements in microfluidics applications for diagnosis and analysis …

Owed to the enormous advantages like easy disposable, flexible and low cost, eco-friendly
performance of paper substrate, microfluidics has expanded a new attention on the flexible …