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Understanding cellular heterogeneity is essential for deciphering the complexities of cellular subpopulations, differentiation processes, and microenvironmental influences. Single-cell proteomics ...

For example, bioanalysis can potentially contribute to the development of effective vaccines and drugs to treat diseases and help clinical researchers diagnose and treat people. 2 Due to its ...

Microfluidics is a field of science and technology that deals with the behavior, control, and manipulation of fluids at the micro scale level, typically in channels with dimensions ranging from tens ...

Microfluidics technology has contributed to powerful tools that have helped advance many areas of biology. The applications of microfluidic systems in chemistry and biochemistry have increased in ...

When you think of micro- or nanotechnology, you likely think of small electronics like your phone, a tiny robot or a microchip. But COVID-19 tests—which have proven to be central to controlling the ...

Microfluidic lab-on-a-chip devices guide tiny fluid volumes through one or several analytical paths on a single integrated circuit, emulating the sort of miniaturization seen in microelectronic ...

A technique to pump tiny amounts of marker fluids onto a test sample could enable many more tests during a biopsy and therefore a better understanding of a person's cancer. IBM’s device for speeding ...

The World Health Organization reports that around the world, people acquire more than a million curable sexually transmitted infections (STIs) every day. Most of those STIs, however, are asymptomatic.

Nanodroplets promise to reduce the equipment, cost and time constraints of high-throughput screening, if researchers can overcome long-standing hurdles. Far from the whirring sounds of the robots that ...

Microfluidics is a research area within MEMS (Micro-Electro-Mechanical Systems) and is concerned with the control of the flow of fluids measured in micro, nano, or even Pico, litre, quantities. The ...