Happy to share our recent work in @NAR_Open https://t.co/7apsNu9n52. We unravel the mechanism of deamination of Mycobacterium enzyme that selects for mutagenic bases, protecting Mtb from triazines. Kudos to @Chakrabarti_Lab and @TheRALab1 for their collaborative efforts.
Check out our latest work published in Proteins. Here, we compare hydrocarbon stapled p53 peptides and investigate their binding interactions with MDM2 using a combination of classical and enhanced molecular dynamics simulations.
@ASHACHOUDHURY1@Chakrabarti_Lab is attending #BPS2024@BiophysicalSoc and giving a platform talk: 72-Plat 9:15 am (Sunday); Room 201AB: ELUCIDATING THE CONFORMATIONAL AND BINDING DYNAMICS OF STAPLED PEPTIDES: INSIGHT FROM ENHANCED SAMPLING. Please come, if attending #BPS2024.
It was exciting to discuss our work with Prof. Michael L. Klein, from @TempleUniv who visited our group today and giving a seminar in the Department. @iitbombay@TempleUniv
We had a great meeting (10-13 November) in Malpe, Karnataka: Structure and Dynamics of Molecules and Clusters (SDMC). Presenting a poster was fun, my student @ASHACHOUDHURY1 presented a poster too
Just out from @Chakrabarti_Lab with @ASHACHOUDHURY1@atanuchem48 and Sayantani Chakraborty: Computational design of peptide therapeutics against SARS-CoV-2. https://t.co/pzjPzfXTQH
We met online, former and current group members, five time zones, IST, CET, PST, EST and CST. All looked happy and doing great, including the PI !! @Chakrabarti_Lab@NairhitaS@dynscientist
New preprint from @Chakrabarti_Lab with @ASHACHOUDHURY1 on computational design of peptide therapeutics against SARS-CoV-2. The binding of stapled peptides derived from hACE2 with RBD of SARS-CoV-2 has been studied to predict a potential therapeutic.
https://t.co/LtKhtSlVTq