Mildred Unti
@mildredunti
PhD @WeillCornellGS in @JaffreyLab; B.S. in Microbiology, Immunology & Molecular Genetics @UCLA in @Kohn_Lab
ID: 1173409658914201600
16-09-2019 01:34:08
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We had a great symposium with fantastic speakers, awesome audience, fun trivia, and food and drinks afterwards!! We thank our sponsors Advanced Cell Diag. Azenta Life Sciences Twist Bioscience for making it possible! 👏👏
Come join us to hear our very own Mildred Unti talk about expressing proteins from circular mRNA, among other great speakers! Also, catch several of our graduate students and postdocs at the poster sessions!
Our latest work by michael geeson and Jeffrey C. Hsiao shows that NLRP1 associates with TRX1 using a transient disulfide bond. Their discovery showcases the predictive power of AlphaFold-Multimer! biorxiv.org/content/10.110…
Online now! Highly efficient cellular expression of circular mRNA enables prolonged protein expression by Mildred J. Unti Mildred Unti, and Samie R. Jaffrey JaffreyLab at Weill Cornell Medicine #resource dlvr.it/SxxYbc #chembiol
Interested in expressing your mRNAs for a longer time? Want to have cell-specific targeting AND prolonged protein expression? Check out how Mildred Unti achieved this with translating circular mRNAs! Congratulations Millie!
Our lab's very own Shino Murakami will be giving a talk about the interplay between ribosomes, amino acids, and m6A at the Tri-I RNA Club mini symposium! Sign up to hear from her and other amazing RNA scientists here: buytickets.at/triirnaclub/10…
Do you want to know how much of your favourite m6A site is methylated? You can find out in *one day* using Aashiq Mirza's new method, SCARPET! Find out more about it here: doi.org/10.1261/rna.07…
The future of genome editing is in vivo! Check out our latest PNASNews perspective from @doudna_lab. Had a lot of fun discussions with Kevin Wasko and Jennifer R Hamilton about the past, present, and future of in vivo delivery. pnas.org/doi/10.1073/pn…
Happy to announce that PERT is now published in Nature Communications ! With PERT, we explore replication timing variability (Fig 3-4), chrXi reactivation (Fig 5), and how S-phase fractions struggle to approximate clone fitness (Fig 6). nature.com/articles/s4146… 1/n