droplet microfluidics

The UK-based firm recently launched its Nadia system, which is compatible with the Drop-seq protocol, and plans to develop additional applications. 

As part of a new partnership, Partek Flow NGS analysis software will help researchers access single-cell RNA sequences without the need for bioinformatics expertise.

A new assay uses digital loop-mediated isothermal amplification (dLAMP) to perform phenotypic antibacterial susceptibility testing in 30 minutes.

The company acquired GnuBio, which was developing a droplet-based sequencing platform, in 2014 for $39.7 million in cash and $10 million in contingent payments. 

With growing interest in single-cell sequencing, researchers are looking to increase the throughput while also reducing cost.

The aim of the project, called Metafluidics, is to replace cumbersome conventional approaches with a cheaper, faster, and higher-throughput microfluidics platform.

The technology uses DNAzyme-based sensors, fluorescent biomarkers, and a high-throughput particle counter to rapid identify rare targets in complex raw samples.

Researchers from the University of Michigan are beginning to use Drop-Seq to characterize human kidney cells.

After scrapping initial plans to develop a diagnostic instrument, the company has been working for several years to advance its single-cell droplet platform for targeted drug development.

The method simplifies previous techniques, and preliminary testing using a microfluidic device indicates it could ultimately be used in low-resource settings.

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The Associated Press reports that the US government wasted $341,000 on travel by former Health and Human Services Secretary Tom Price.

Women who post YouTube science videos get more critical comments and more comments about their appearance than male video hosts, the New York Times reports.

The Wall Street Journal writes that participating in genetic research brings up the specter of past research ethics lapses for some African Americans.

In PLOS this week: sequences influencing yeast prion aggregation or degradation, dengue virus genetic variants affect transmission dynamics, and more.