RSC Advances  

A design theory for an autonomously driven dispenser was established. The multiplexed ELISA device was integrated with the dispenser and CLOCK circuits, and successfully prepared a calibration curve of mouse IgG by rotating at a constant speed.

A microfluidic platform with immobilized human flavin-containing monooxygenase for high-throughput screening of drugs with relevance to personalised medicine.

Many ordered arrangements are observable in the natural world, serving not only as pleasing aesthetics but also as functional improvements.

Sequential bottom-up synthesis and assembly of size-tunable, pH-responsive polymer nanoparticles in an integrated perfluoropolyether microfluidic chip.

Vitamins are crucial micronutrients found in limited quantities in food, living organisms, and soil.

Optimizing droplet size and timing in microfluidics using phase, and geometrical adjustments using desktop 3D printer.

The evaluation of OSTEMER 322's biocompatibility and surface properties provides new insights into its promise as a material for microfluidic cell culture applications.

This work presents the exceptional ECL response of the tri(2,2′-bipyridyl)ruthenium(II) (Ru(bpy)₃²⁺)/tripropylamine (TPrA) system on microfluidic chips embedded with integrated electrode systems using the transient potential excitation model.

The geometrical influence of the glass capillary collection tube on the generation of colloidal emulsion droplets was experimentally analyzed, where the numerical discrepancy of the droplets was ascribed to the variation of the flow-focusing effect.

Dapoxetine (DPX) belongs to the selective serotonin reuptake inhibitor (SSRI) class and functions by blocking the serotonin transporter and increasing serotonin activity, thereby delaying ejaculation.

In this work, we explore an automated technique for size-selective particle depletion in microchannels using microbubble streaming. The method isolates larger particles near microbubbles and expels them for analysis in a collection chamber.

The utilization of microfluidic technology for miniaturized and efficient particle sorting holds significant importance in fields such as biology, chemistry, and healthcare.

Design, fabrication and characterisation of deterministic lateral displacement microfluidic devices for particle separation.

We report a simple and low-cost optofluidic platform that can be added to conventional microscopes for continuous light-sheet imaging of C. elegans populations at L3 and YA stages.

Performance of developed flexible and wearable sensor in static pressure measurement and in monitoring of human blood pressure (BP).

Dynamically manipulating droplet motion on hydrophobic surfaces is crucial in various fields, including biomedical, sensing, actuation, and oil–water separation applications.