Check out the Miller lab’s first review article written by @Delphine_Lclrc and Michael Siroky, where we discuss the engineering and improvement of biological vectors for in vivo genome editing!
Delighted to share the first article of the Miller Lab about Next-generation biological vector platforms for in vivo delivery of genome editing agents! Written with Michael Siroky and @_ShannonMMiller https://t.co/eI47kUZ5Bb
Thanks to my PI for this opportunity 🙏
Today we @schwanklab report in @nchembio a PACE-evolved, PAM-relaxed, compact Cas9 enzyme. evoCjCas9 supports base- and prime editing, and, owing to its small size, can be delivered on single AAV vector systems.
https://t.co/thDVOGeaW6
@UZH_Science@ETH_en (1/6)
Welcome @NeugMonicaElena on joining the UW–Madison Department of Biochemistry, and #UWMadisonChem as an affiliate faculty. Monica will arrive in late summer or early fall and we're excited to welcome her as the newest addition to a thriving Chemistry/Biochemistry team.
Super excited to share our new study published in Cell @CellCellPress using AI-predicted protein stuctures to cluster and discover new cytidine deaminases. We further engineered smaller mutants and leverage them for use as cytosine base editors!!! 🥳🎉🧬
https://t.co/PFQ8vLf7kQ
Let's talk about prime editing! #GeneEditing
Bring all your questions to our next #webinar with Jordan Doman of the @broadinstitute@liugroup who will be discussing current best practices for designing and executing prime editing experiments
Register >> https://t.co/u2I44iMWkC
Excited to share with everyone our study on precise targeted DNA insertions in plants! This technology and others will further enable precision breeding to develop sustainable agricultural products and climate resilient crops. Congrats to all co-authors and @CaixiaGaoLab !!🧬🌱🌾