Keywordsreconfigurable microfluidics; inertial microfluidics; microparticle separation; fluid mixing; microfluidics; airborne bacteria; bioaerosols; lab-on-a-chip; thermal bonding; interference fit; injection molding; Y-shaped microfluidic device; wall shear stress; adenosine triphosphate (ATP) signal; combined effect; vascular endothelial cells; calcium dynamics; polymer microfluidics; polymer microfabrication; thermoplastics; polydimethylsiloxane; microfluidics; microparticles; nanoparticles; monodisperse; emulsion; droplet microfluidics; microfluidics; flow enhancement; electroosmosis; non-Newtonian fluids; thermoplastic; micromodel; cyclic olefin copolymer; UV/Ozone bonding; residual trapping; flow visualization; droplet manipulation; microfabrication; encapsulation; fission ; glass molding; amorphous carbon mold; microfluidics; blood plasma separation; bifurcation microfluidic chip; particle manipulation; inertial lift; viscoelastic effects; microfluidics; lab on a chip; high throughput; impedance spectroscopy; flow cytometry; single cell analysis; microfluidics; cytotoxicity; nanotoxicity; nanoparticles; screening; Janus micromotor; self-diffusiophoresis; bubble propulsion; optofluidics; microfluidics; adaptive optics; optofluidic components; lab-on-chip applications; continuous microfluidics; micromixers; cell separation; digital microfluidics; liquid marbles; electrowetting-on-dielectric (EWOD); microfluidic liquid handling; resistive pulse sensing; particle sizing and counting; microfluidics and nanofluidics; review; large-area; microfluidic devices; fabrication; vacuum airbag laminator; digital polymerase chain reaction (PCR); microfluidics; emulsion droplet; microwell chip; n/a
