plasmidsaurus

plasmidsaurus

@plasmidsaurus.bsky.social

Sequence plasmids, amplicons, colonies, yeast, and bacterial genomes! Our advanced sequencing delivers comprehensive visibility, higher accuracy, and the ability to detect structural variations and rare mutations that other sequencing methods miss.

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A day in our Boston lab with Namita, Lab Technician III 🦖 Today she’s pulling DNA from BSL-1 bacteria and getting each sample ready for sequencing. Somewhere in these tubes could be someone’s next figure 👀 Thanks, Namita!

When we say sample to discovery, this is what we mean. We send back results you can act on: volcano plots & pathway enrichment for RNA-Seq, species-level breakdowns for microbiome samples, annotated plasmid maps & alignments. Explore them interactively, then download publication-ready figures.🦖

Heading to ASHG 2026 in Montréal? Take a break from the sessions and join our dinos for “Game of Genomes: A Night Out with Plasmidsaurus”! 📍 FUNHUB Montréal (Centre-ville) 📅 Tue., Oct. 20, from 6 to 9 p.m. Spots require approval, so request yours early 👉 luma.com/chfkxyk4

luma.comGame of Genomes: A Night Out with Plasmidsaurus · LumaJoin Plasmidsaurus at FunHub in Montreal for a fun evening alongside the ASHG conference! Enjoy one hour of free play, finger foods, and drinks while getting…

Ambrosia beetles are farmers 🪲🍄 They carry fungi in special pouches and grow them as food. Joseph et al. (2026) built a toolkit that makes these fungi glow green or red, and verified their plasmids with Plasmidsaurus sequencing. 🔗Original paper: doi.org/10.1186/s406...

With its big claws, Therizinosaurus looked like a formidable predator. But it was likely a herbivore, a reminder that appearances can be deceiving. The same can be true for cell cultures: mycoplasma can affect cell biology without obvious changes. Plasmidsaurus now includes mycoplasma screening 🧫

It’s International Music Day 🎶 Our lab techs spend their days processing your samples, so we naturally wanted to know what they’re listening to 🎧 Here’s what’s playing in a few Plasmidsaurus labs around the world…

Think of us as your plasmid wingman. We won't just tell you it's a match; we'll show you the full profile (from assembly % to homopolymer regions) so you know what you're getting into before you commit to a construct. With over 7 million plasmids screened, we know a good match when we see one.

Could the way that bacteria repair DNA help fight antibiotic resistance? Meet Jolyn Pan, a postdoctoral fellow at the University of Waikato. She's studying how the enzyme LigE helps Neisseria gonorrhoeae repair DNA before acquiring antibiotic resistance and virulence genes.

Corals are surprisingly social for organisms that don’t go anywhere. Genevieve, a PhD student in the Reich Lab, is looking at the interactions between coral, their symbiotic algae, and the bacteria living alongside them. Watch to hear about Genevieve's research:

Can yeast collected from a 250-year-old tree recreate colonial-style beer? This question was explored by The Bochman Group, who study DNA helicases and genome integrity using the model organism Saccharomyces cerevisiae.

You can learn a lot about someone from the way they name a sequencing order 😂 Here are a few that caught our attention in the Plasmidsaurus order queue (shared with permission from the customers who submitted them 🙂).

This summer, high school juniors went beyond the classroom to investigate how bacteria evolve under stress through the Summer Science Program from SSP International. Plasmidsaurus was proud to support these students with whole genome sequencing for their research projects.

For researchers like Courtney Tamaki, fast and affordable RNA-seq is essential for keeping up with complex, multi-model cancer research. Courtney uses Plasmidsaurus RNA-Seq to identify radiation-inducible surface proteins on cancer and immune cells, helping uncover potential targets for therapies.