🧬 Excited to share our new paper in J. Med. Chem.! We report novel dimeric capsid assembly modulators (D-CAMs) as a unique class of highly potent anti-HBV agents, with improved potency and distinct effects on capsid morphology. https://t.co/3bnKnWXJYl @ACSPublications
Using structure-based similarity of SARS-CoV-2 3CLpro, we identified other viral proteases with shared features. As predicted, NIP-22c and CIP-1 showed broad-spectrum antiviral activity against SARS-CoV-2, norovirus, enterovirus & rhinovirus. https://t.co/C4NxJhz8om
Behind Our Published Paper: Loss of the Aryl Hydrocarbon Receptor promotes cancer cell resistance to BRAFV600E targeted therapies https://t.co/d97plDMztD #
Excited to share that our recent work is published in Nature - Sig Transduct Target Ther on “Loss of the aryl hydrocarbon receptor promotes cancer cell resistance to BRAFV600E targeted therapies.”https://t.co/l6sE66FJAK @EmoryMedicine@AtlPedsResearch@WinshipAtEmory
Check out our recent article on Combating yellow fever virus with 7-deaza-7-fluoro-2′-C-methyladenosine | Antimicrobial Agents and Chemotherapy https://t.co/bhyuHwt4xa @AtlPedsResearch@EmoryUniversity@EmoryMedicine
We are trying to increase Computational Chemistry representation at @ScienceAdvances - if you work in that area, consider sending something. We do have Comp Chem specialists on the editorial board who would be able to judge a manuscript on its merits. https://t.co/mUm1tlY881
Check out our recent work on sustained antiviral insulin signaling during West Nile virus infection results in viral mutations https://t.co/TAH5uTqAeU @EmoryMedicine@EmoryPediatrics
My seminar on ML in Structure-Based Drug Discovery at the MoML Summer School is now on YouTube https://t.co/NEoDB67AaC
Giving this class had a particular significance for me as MoML is dedicated to the memory of Octavian Ganea an amazing friend who introduced me to this topic 🙏
Thrilled to receive NIH funding for this collaborative effort with Ray Schinazi and Haian Fu on the discovery of MPOX virus-targeting antivirals! Grateful to the reviewers for appreciating the team's efforts and preliminary data.
Soap molecules break up the outer layer of enveloped viruses stopping infection. Watch at the molecular level how soap breaks up viruses by using series of hydrophilic and hydrophobic interactions. #WorldHygieneDay
https://t.co/96KGXJ3hrn
Check out our recent work on Synthesis and biological evaluation of novel Peptidomimetic inhibitors. NIP-22c displays nM activity and high potency against nirmatrelvir resistance mutants. @EmoryMedicine@EmoryUniversity@EmoryPediatrics https://t.co/lkBYcM1Rwd