Structural Basis of DNA Aptamer A58 Targeting the N-terminal Domain of Sarbecoviruses Nucleocapsid Protein - Journal of Biological Chemistry https://t.co/SzYgv9LwtD
We are delighted to announce our next RNA Society Member Spotlight!
https://t.co/rT6Wx1V64B
Dr. Lin Huang leads a research group at Sun Yat-Sen Memorial Hospital and Sun Yat-Sen University in China.
Super lucky to get the Faraday!@royalsociety Very grateful for the support from @JohnInnesCentre, @CarolineDeanLab, @DingLab_RNA, and all the collaborators/friends🙏https://t.co/n14xIImUNU
There is now a large database of riboswitch structures. In our new Quart Rev Biophys @Biophysics_CUP review, @LinHuang2008 and I have used this to extract some general principles of RNA structure and ligand binding. see https://t.co/OFf1OFvQ9b
🚨 LAST CHANCE TO REGISTER FOR #Nucleic25
Don’t miss your chance to join our chairs David Lilley and Wei Yang at an engaging and impactful meeting.
Click here to register now: https://t.co/gphxK9jZlX
Some general principles of riboswitch structure and interactions with small-molecule ligands | Quarterly Reviews of Biophysics | Cambridge Core - https://t.co/6yMjsqLVDD
@LinHuang2008 and team reveals the crystal structures of the theophylline DNA aptamer bound to various ligands. By merging structural insights with computational redesign, they have engineered new aptamers selective for adenine and preQ1. • https://t.co/c2TlvORcRH
Glad to see the structure of our theophylline DNA aptamer solved by crystallography by Prof. @LinHuang2008. A beautiful structure 👍👍
From Theophylline to Adenine or preQ1: Repurposing a DNA Aptamer Revealed by Crystal Structure Analysis https://t.co/BUr0TgRGID
📢CONFIRMED SPEAKER LIST REVEALED!📢
Chairs @lilley_mj & Wei Yang have put together a fantastic speaker list for the 8th Nucleic Acids Conference.
Come and join us in sunny Lisbon, Portugal, 04 – 07 July 2025.🌞
For Further Information: https://t.co/JPuVwXsXyE