This principle was experimentally validated using a microfluidic device, which controls fluid flow through microchannels to induce chemical reactions. The final challenge for the research team was ...

Caltech professor of medical engineering Wei Gao and his colleagues are envisioning a smart bandage of the future-a "lab on ...

A new study demonstrates how light-dependent resistors (LDRs) and waveguides enable affordable, real-time optical detection ...

Microlight3D, a specialist in high-resolution 2D and 3D micro-scale printing systems for scientific and industrial use, has ...

The Earth's magnetic field quietly supports life on the planet and now, for the first time, its invisible powers have been used to create new nanoparticles and materials.

Using a 3D printer to create organic tissue models that function like living organs may sound like science fiction — but engineers at the University ...

This compact solution could revolutionize point-of-care diagnostics and lab-on-a-disc platforms by enabling real-time fluid ...

The iCares bandage uses innovative microfluidic components, sensors, and machine learning to sample and analyze wounds and provide data to help patients and caregivers make treatment decisions.