
BishvanweshaPanda
@bishvanweshapa1
PhD student @Australian_National_University, Nitsche lab|| MS @Umich_USA||BS-MS @IISERK || Medicinal Chemist 👩‍🔬||
ID: 1377161172772823043
31-03-2021 07:30:11
9 Tweet
23 Followers
109 Following


Congratulations to Sven Ullrich, BishvanweshaPanda, and Upamali Somathilake from ANU Research School of Chemistry on their latest paper in Chemical Communications, exploring non-symmetric peptide and protein stapling using native sequences. doi.org/10.1039/D4CC04…


Check out our latest biocompatible stapling method for native peptides & proteins. Big thank you to Christoph Nitsche for backing what started as a simple sketch on paper! Happy to share my first paper as a Humboldt-Stiftung fellow, out now in Chemical Communications: doi.org/10.1039/D4CC04…


Thrilled to share my first work as co-first author, now published in Chemical Communications: Non-Symmetric Cysteine Stapling in Native Peptides and Proteins!! Huge thanks to my amazing lab colleagues Sven Ullrich Upamali Somathilake and supervisor Christoph Nitsche for the support.doi.org/10.1039/D4CC04…

We are excited to share with you, this NEW Communication Article 'Non-symmetric cysteine stapling in native peptides and proteins' from Christoph Nitsche & first authors Sven Ullrich & Bishvanwesha Panda buff.ly/4iRXsAx

In case you missed it: 'Non-symmetric cysteine stapling in native peptides and proteins' from Christoph Nitsche & first authors Sven Ullrich & Bishvanwesha Panda pubs.rsc.org/en/content/art…

Using our biocompatible chemistry, we can assemble branched and macrocyclic peptides directly on folded proteins. Congrats to Sven Ullrich, Santhanalaxmi Kumaresan, Marina Rahman, BishvanweshaPanda and Richard Morewood on their paper just published in Chemical Communications! doi.org/10.1039/D4CC06…


We developed a method to assemble branched and cyclic peptides directly on the surface of proteins using a biocompatible tag. Check out the latest publication of Christoph Nitsche ANU Research School of Chemistry in Chemical Communications: doi.org/10.1039/d4cc06…

