Bou-Nader lab
@bounaderlab.bsky.social
130 followers
130 following
20 posts
Our team studies #Rloop & #RNA 🧬 with #biochemistry #cryoEM 🔬❄️ #crystallography💎 to understand how they control life! Views from Charles
https://biochem.emory.edu/bou-nader-lab/
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Bou-Nader lab
@bounaderlab.bsky.social
· Jun 11
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
Bou-Nader lab
@bounaderlab.bsky.social
· Sep 16
Reposted by Bou-Nader lab
Alexander Price
@pricelesssci.bsky.social
· Sep 16
Replication-competent adenovirus reporters utilizing endogenous viral expression architecture | Journal of Virology
This research provides powerful new tools to rapidly study adenovirus gene expression
and replication. By integrating fluorescent and secreted luciferase reporters into
native viral regulatory element...
journals.asm.org
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
David Bartel's Lab
@bartellab.bsky.social
· Sep 11
Lysosomal RNA profiling reveals targeting of specific types of RNAs for degradation
Autophagy targets a wide variety of substrates for degradation within lysosomes. While lysosomes are known to possess RNase activity, the role of lysosomal RNA degradation in post-transcriptional gene...
www.biorxiv.org
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
Alexis Verger 🧬🧫🧪
@alexis-verger.cpesr.fr
· Sep 12
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
Bou-Nader lab
@bounaderlab.bsky.social
· Aug 27
Reposted by Bou-Nader lab
Bou-Nader lab
@bounaderlab.bsky.social
· Aug 23
Reposted by Bou-Nader lab
Reposted by Bou-Nader lab
Eugene Valkov
@eugenevalkov.bsky.social
· Aug 13
Multivalent interactions with CCR4–NOT and PABPC1 determine mRNA repression efficiency by tristetraprolin - Nature Communications
Deadenylation leads to mRNA decay, with PABPC1 protecting the poly(A) tail, while tristetraprolin and CCR4–NOT promote deadenylation. Here, the authors describe how these three proteins interact to re...
www.nature.com