Stanford University of Palo Alto, Calif., 8,614,056, "Microfluidic method for measurement or detection involving cells or biomolecules." The patent relates to devices for detecting or determining the concentration of of biomolecules. According to the patent, these devices consist of multiple channels fabricated with surfaces that functionalized with molecules that interact with biomolecules bound to microspheres. The device also includes a system that measures change in electrical impedance or optical microscopy as the microsphere moves through the channels.

Get the full story with
GenomeWeb Premium

Only $95 for the
first 90 days*

A trial upgrade to GenomeWeb Premium gives you full site access, interest-based email alerts, access to archives, and more. Never miss another important industry story.

Try GenomeWeb Premium now.

Already a GenomeWeb Premium member? Login Now.
Or, See if your institution qualifies for premium access.

*Before your trial expires, we’ll put together a custom quote with your long-term premium options.

Not ready for premium?

Register for Free Content
You can still register for access to our free content.

360Dx reports that the US Centers for Medicare & Medicaid Services would cover next-generation sequencing-based cancer panel tests.

The Washington Post reports that a meteorologist is being considered as presidential science and technology advisor.

Researchers have developed a PCR-based assay to gauge whether manatees are present in waters.

In PNAS this week: precision medicine strategy to screen for disease risk, genome evolution in Haemophilus influenzae, and more.

Sponsored by
Dovetail Genomics

Proximity ligation technology generates multi-dimensional next-generation sequencing data that is proving to solve unmet needs in genomic research. 

Sponsored by
Horizon Discovery

This webinar will provide an in-depth case study demonstrating how reference standards can be used to develop and validate circulating tumor DNA (ctDNA)-based assays.

Sponsored by
Dovetail Genomics

This webinar will discuss a proximity ligation-based method for studying structural variation in formalin-fixed paraffin-embedded (FFPE) tissue.