Both passive and active microfluidic chips are used in many biomedical and chemical
applications to support fluid mixing, particle manipulations, and signal detection. Passive …

Microfluidic devices have been widely applied to trapping and isolation of cells and clusters
for controllable intercellular environments and high-throughput analysis, triggering …

Nanoaperture-based plasmonic tweezers have shown tremendous potential in trapping,
sensing, and spectroscopic analysis of nano-objects with single-molecule sensitivity …

Microparticle manipulation is mainly needed in several applications like bioanalysis,
disease diagnosis, self-cleaning surfaces, as well as drug delivery. The movement of …

Metabolites can directly reflect and modulate cell responses and phenotypical changes by
influencing energy balances, intercellular signals, and many other cellular functions …

In recent years, both nanomaterials (NMs) and microfluidics have unprecedented
development. NMs with specific morphologies and versatile surface functionalization offer …

A future successful bacteriophage industry requires development of robust scalable
manufacturing platforms for upstream production of high phage titres and their downstream …

In this work, we present an automated platform for trapping and stretching individual micro-
and nanoscale objects in solution using electrokinetic forces. The platform can trap objects …

Optical fiber tweezers offer a simple, low-cost and portable solution for non-invasive trapping
and manipulation of particles. However, single-fiber tweezers require fiber tip modification …

The ever-increasing demand for novel drug development has spurred the adaptation of
conventional research methods in the era of artificial intelligence. Pharmaceutical …