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RNA-Seq: Ultrafast gene expression analysis. Now with ambient shipping for cells and purified RNA. Learn More

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Stay in the loop

Happy International Dog Day 🐶

Meet some of the dogs behind the Plasmidsaurus team. They may not know much about sequencing, but they’re highly qualified in cuteness.

Turns out there are way more dinosaur species than we learned about in school 🦕

Every lab has its treasures and bits of personality.
What little pieces of joy can be found around yours? 😊

Plasmidsaurus RNA-Seq captures gene expression by sequencing the 3′ end of transcripts. This produces reliable gene expression measurements comparable to full-length RNA-seq methods, while requiring far fewer reads and being relatively resistant to RNA degradation.

Because reads correspond directly to transcript counts, longer and shorter transcripts receive comparable coverage, avoiding the length-dependent coverage bias of fragmentation-based RNA-seq.

Combined with Plasmidsaurus’ quick turnaround, it’s a simple way to get genome-wide expression data fast 😏

Did someone say safety chic? 🥼💅

Only thing these dinos forgot were proper shoes 🥲

Publishing with Plasmidsaurus? 🦖📚

We’ve put together a “How to Cite” page for citation examples, methods language, and tips for including Plasmidsaurus in your next paper.

For one less thing to sort out when it’s time to write the methods, find our “How to Cite” guide on the Plasmidsaurus website.

The secret to a good night’s sleep

What if agricultural waste could become a bigger part of the fuel we use?

Meet Lanier Poland, an intern in the Sato Lab at the University of Wisconsin-Madison (@glbioenergy), who is engineering yeast to turn plant biomass into biofuel.

By adding genes from other microbes and rewiring yeast’s metabolic pathways, Lanier is helping yeast consume more of the sugars found in lignocellulosic feedstocks and improve biofuel production.

With Plasmidsaurus, she can verify genome edits down to the individual base pair and troubleshoot faster: “I am incredibly grateful to be using their services, which make my research much faster and MUCH easier.”

Learn more about Lanier’s research and her work engineering yeast for biofuel production.

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