Nicholas Perry (@ntperry13) 's Twitter Profile
Nicholas Perry

@ntperry13

PhD Candidate, Hsu Lab
UCB-UCSF Bioengineering
Arc Institute

Genome design and bridge recombinases

ID: 1034271064417857536

calendar_today28-08-2018 02:46:52

57 Tweet

372 Followers

287 Following

Patrick Collison (@patrickc) 's Twitter Profile Photo

This morning, Nature published two papers on bridge editing, the new genome engineering technology from @ArcInstitute: nature.com/articles/s4158…, nature.com/articles/s4158…. I'm quite excited about its potential! Since the whole thing is pretty arcane, I fed the blog post

Connor Tou (@connorjtou) 's Twitter Profile Photo

Congrats to Matt Durrant Nicholas Perry Patrick Hsu hnisimasu and colleagues on their bridge recombinase works! Excited to see how this technology progresses. 🧬 Ben Kleinstiver and I highlight their two papers in nature Nature News & Views: nature.com/articles/d4158…

Sam Sternberg (@shsternberg) 's Twitter Profile Photo

Did you see the bridge RNA papers yesterday? Bacterial transposons promote programmable, RNA-guided DNA recombination. Remarkably, we found that the recombinase was co-opted in archaea and eukaryotes for widspread RNA-guided RNA modification, an essential function in humans!

Sam Sternberg (@shsternberg) 's Twitter Profile Photo

On the topic of RNA-guided biology emerging from transposons, you won't want to miss this one! In published work led by the talented Tanner Wiegand, we uncovered the presence of pervasive, RNA-guided transcription factors in diverse biological contexts. nature.com/articles/s4158…

Yair Einhorn (@yaireinhorn) 's Twitter Profile Photo

A recent & exciting scientific discovery is Bridge RNA - a new class of guide RNAs that could recombine, insert, delete, or invert any 2 pieces of DNA. Discovered by Patrick Hsu, Matt Durrant & Nicholas Perry - here is a great video by Arc Institute which explains this new modality.

Matt Durrant (@mgdurrant) 's Twitter Profile Photo

Hey folks, I know most deadlines are fast approaching, but I am applying for assistant professor positions this cycle, and I would appreciate recommendations for open positions! My research plan is focused on MGEs, genome engineering, and applying AI to biological discovery.

Nicholas Perry (@ntperry13) 's Twitter Profile Photo

Congratulations Alison! Looking forward to seeing what people do with your engineered integrases in stem cells and T cells. Check out Alison Fanton exciting thesis work here: biorxiv.org/content/10.110… nature.com/articles/s4158…

Gabe 🧬 (@gabogonzalez515) 's Twitter Profile Photo

me with deepresearch: “find obscure biochemistry papers from the 1960s and 70s that have very weird but intriguing results, and there have been no follow up experiments since”

me with deepresearch:
“find obscure biochemistry papers from the 1960s and 70s that have very weird but intriguing results, and there have been no follow up experiments since”
Feng Zhang (@zhangf) 's Twitter Profile Photo

We are excited to report the discovery of TIGRs, a widely-occurring RNA-guided system found in bacteria and their viruses. TIGRs consist of a peculiar repeat region which is transcribed into RNA and processed into multiple guide RNAs to direct TIGR-associated proteins to their

Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

The Case for Bridge Editors Many people seem confused about the gene-editing tool released by Arc Institute. How does it work and why does it matter? Fair questions. The preprint is not easy to understand, and the reasons for inventing a new gene-editing tool are not obvious...

The Case for Bridge Editors

Many people seem confused about the gene-editing tool released by <a href="/arcinstitute/">Arc Institute</a>. How does it work and why does it matter?

Fair questions. The preprint is not easy to understand, and the reasons for inventing a new gene-editing tool are not obvious...
Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

In the ocean, a single-celled organism travels ~50 meters vertically by rapidly inflating its body with water. The dinoflagellate, Pyrocystis noctiluca, does this by swelling six-fold in size in just ten minutes. This fast expansion drops cell density. When the cell becomes less

In the ocean, a single-celled organism travels ~50 meters vertically by rapidly inflating its body with water.

The dinoflagellate, Pyrocystis noctiluca, does this by swelling six-fold in size in just ten minutes. This fast expansion drops cell density. When the cell becomes less