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Programmable site directed insertion of a cDNA. Great thread!

Many thanks to the Southwest Airlines ticket agents and ground crew at Burbank for your agility. You rerouting magic somehow turned a flight delay into an early arrival at our final destination, and our bags made it too, despite the last minute changes

Taste the fruit of #innovation in #plantbreeding with our degustation of tomato varieties, spiced up with keynotes by Franc Bogovič and Dirk Inze. Confirm your attendance here: [email protected]

Precise integration of large DNA sequences in plant genomes using PrimeRoot editors go.nature.com/3n1bPKU

GM tomatoes are coming back, but this time they’re purple, and packed with new health benefits ... via AgFunder News NorfolkPlantSciences #GMO tinyurl.com/yc2x2mas

#CRISPR is a powerful tool to enable a more #sustainable & #healthy #foodsystem. 👩🏻‍🌾🥗 🍜 #GiveCRISPRaChance for #plantbreeding innovation by participating in the Brussels 20k on 28th May! Fill this form & choose a t-shirt ➡️ bit.ly/421tjWx #GrowingTheFuture 🌱 Plants for the Future - Plant ETP 🌿

The Keith Slotkin at the Danforth Center is recruiting a Postdoc to investigate the intersection of Transposable Elements, Epigenetics and Genome Editing! Please apply here: paycomonline.net/v4/ats/web.php…

Programmable biology is powerful. RNA-guided Argonautes enabled RNAi and CRISPR transformed gene editing. Ever wondered if other examples of RNA-guided biology exist? Today in bioRxiv, we report on novel RNA-guided DNA nucleases in eukaryotes🧵👇🏼 biorxiv.org/content/10.110…

Data Scientist position available in the Keith Slotkin at Danforth Center! Please apply to learn where the transposable elements go! paycomonline.net/v4/ats/web.php…

Writing a genome, quickly and at scale? 🧬 Incredibly excited to see this first part of my PhD work in the Chin lab out today nature: In a huge collaborative effort we developed continuous genome synthesis and methods to assemble megabase-scale human DNA. A🧵: 1/n

Since the discovery of CRISPR-Cas systems, people have wondered if a similar type of system exists in eukaryotes. Today, we report in nature the characterization of Fanzor, a eukaryotic RNA-guided system that can be reprogrammed for human genome editing. nature.com/articles/s4158…

Know anyone curious about 21st century bioengineering? Prof. Jenn Brophy (Jennbrophy.bsky.social) & I are sharing ~40 videos comprising most of Stanford's introductory bioengineering course:   introbioe.stanford.edu We'll push updates; feedback welcome #bioe4all #2xplaybackftw

Cool opportunity to work on developing applications of single-cell technologies for crop improvement on a fantastic team led by Rebecca Lowdon jobs.bayer.com/job/Chesterfie…

Does anyone have a robust method for PCR checks for T-DNA integration in Arabidopsis, that isn't hampered by false positives from Agrobacterium? W/ our typical seed sterilization protocol, Agro plasmid DNA can be amplified in most if not all 9-day cotyledon leaves...

Great work uncovering a new trick that T-DNAs can do, elucidating the mechanism, and then putting it to good use, increasing editing frequency in Arabidopsis

Pairwise Delivery Technology team has an opening for a Scientist with experience in transformation, tissue culture, and gene editing. We are most interested in candidates with protoplast regeneration experience. For more information: careers.hireology.com/pairwise/14684….

The Danforth Center and Mizzou are hiring a joint faculty member! Come be my colleague! erecruit.umsystem.edu/psc/tamext/COL…

Great to see this out today! Insert a trait gene into a transposon on a T-DNA, add transposase to excise it in the presence of a sequence specific Cas9 chromosomal cut, and then…targeted integration in plants! Congrats to the Slotkin lab on this great work!