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Pin-constrained design of digital microfluidic biochips (DMFBs) for general purpose assay operations is receiving much attention in recent years as it can reduce the total product cost by simplifying chip fabrication and packaging. Most of the existing works of pin-constrained biochip designs and pin reduction solutions are applicable for specific biotechnology applications. A proficient electrowetting-on-dielectric...
Droplet based digital microfluidics is a popular emerging technology for laboratory experiments. However, certain limitations exist in specific cases for implementation that require further enhancement. Pin-count minimization and cross-contamination avoidance between droplets of different bio-molecules during droplet routing are primary design challenges for biochips. A competent architecture namely...
Digital microfluidic biochip (DMFB), a latest invention in lab-on-a-chip devices integrates electronics with biology for development of customized miniature devices intended for new application areas namely clinical diagnostics and detection, DNA analysis, point-of-care applications and so on. All-Terrain droplet actuation (ATDA) based biochips have (has) recently been emerged as the new variant in...
Digital microfluidic systems in recent years have been developed as an alternative platform for execution of multiple conventional laboratory methods simultaneously on a single planar 2D array of electrodes targeted for biochemical analysis and biomedical applications. Due to its discrete nature droplets can be manipulated through multiple reconfigurable paths derived by preprogrammed electrode actuation...
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