“This result opens the door to assessing potentially multiple vaccines given as a single shot." -NEIDL's @DouamLab via @Forbes@MKortepeter https://t.co/8fHIXg704w
Drs. Wong & Douam & our teams are excited to share our paper in @NatureBiotech reporting on how modified self-amplifying RNA (saRNA) enables potent low dose vaccines, because unlike mRNA, saRNA is functional for a month. https://t.co/LRWL5lYxLI @BostonU_BME@neidl@BUCollegeofENG
Complete substitution with modified nucleotides in self-amplifying RNA suppresses the interferon response and increases potency https://t.co/ksnnn2f4Ka
We found modified nucleotides compatible with self-amplifying RNA replication, opening new avenues for developing more potent RNA-based vaccines and therapeutics.
New pre-print from the lab🥳🥳!! Amazing team effort between @DouamLab, @BalazsLab and Christelle Harly's group in Nantes. Congrats to @DevinKenney10 for spearheading the work. https://t.co/xqxyBz6odR
Please check out our newest study deciphering diff. in signaling strength betw type I&III #interferon receptors https://t.co/vpXa3UqZCq Outstanding work by @EmilyMesev + fantastic collaboration with the terrific @toettch ! Thanks to everyone involved! @PrincetonMolBio@Princeton
Excited to announce the lineup for the 4th International virtual seminars on #arbovirus biology. Investigators will present their research on a range of topics, from differing career stages and perspectives. Help spread the word with a retweet! All welcome!
Starts 19th Oct.
This week, we said good bye to Felix @Virolicious_FS, a visiting student from @lab_jouvenet who stayed with us this summer. It was great to have you with us Felix and we hope to see you again soon !
The Saeed lab is hiring a postdoc! We are looking for a highly motivated virologist to work on innate antiviral immune mechanisms. The details can be found in the attached file. Please RT!