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Whitepaper: RNA-Seq, Optimized for Everyday Discovery

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Showing 65 resources

Singapore lab

Our tenth lab opens in Singapore

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Plasmidsaurus delivers the fastest and most accurate plasmid assemblies

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Ski Fast, Sequence Faster: Plasmidsaurus moves to Europe!

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Researchers spot Plasmidsaurus in Seattle?!

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Oxford’s DNA sequencing Dino-rama with Plasmidsaurus!

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Stay in the loop

For the record, we sequence your nucleic acids. We do not eat them 😉

Happy Halloween! 🎃
Beware of what may be lurking about…👻🦖

Stuck on an RNA-Seq question? Ask the people who helped build Plasmidsaurus RNA-Seq.

Justin Blethrow, PhD, and Nicole Rapicavoli, PhD, from our RNA-Seq product team are hosting a virtual user group meeting on November 12.

Here’s what to expect:

🦖 Product updates on what’s new with Plasmidsaurus RNA-Seq

🖥️ Live demos

🧪 Workflow tips, from sample prep to data analysis

🙋 Answers to real questions from the community

📅 Thursday, November 12, 2026

🕚 11 a.m. Pacific / 2 p.m. Eastern

📍 Online

Got a question you want covered? Submit it on the event page when you register.

🔗 Registration link in Bio

Science runs on data, rigor, and…picking the right ice bucket?

Swipe to see some lab superstitions our team won’t risk breaking.

What’s yours? Confess in the comments 👀

Lab safety question of the day: how does a dinosaur wear safety glasses? 🦖🥽

Triceratops had it easy. For everyone else, we drew up a few workarounds.

Have a better solution? Tell (or show) us in the comments.

Are you dressing up as a dinosaur for Halloween, or a dinosaur dressing up for Halloween? 🤔

Whether it's your first sample or your fiftieth, we've got a whole library of resources to support you along the way. 🤓

Beyond your results page, we've got a Resource Center and YouTube channel to help you get the most out of your sequencing, including:

📄 Sample prep guides and technical documentation
🎥 Videos on interpreting your results
📰 Blog posts, news, and webinars
📺 Researcher interviews

Most uncertain genetic test results get untangled one variant at a time. This team tested thousands at once.

Tuberous sclerosis complex (TSC) is a genetic disorder that can cause benign tumors in the brain, kidneys, skin, and other organs. Genetic testing can sometimes bring clarity, but more than 90% of TSC2 missense variants in the ClinVar database are uncertain or have conflicting classifications.

In a new Nature Communications paper, Biar, Wang, Camp et al. (2026) measured protein abundance for almost 9,000 TSC2 variants and mTOR pathway activity for 391.

The team used Plasmidsaurus Whole Plasmid Sequencing to verify their prime editing guide RNA vectors and libraries, and Amplicon Sequencing to screen guides for editing efficiency before scaling up.

Swipe to see what the team discovered.

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