Spec Lab

[Deepika Sardana @sardana_deepika]

Check out this new article on Unusual similarity of DNA solvation dynamics in high-salinity crowding with divalent cations of varying concentrations - now published in Physical Chemistry Chemical Physics https://t.co/rD3uoT17eU

@SenSobhan @speclabjnu @NdegeClovis

[Spec Lab @speclabjnu]

@speclabjnu @NdegeClovis @ParvezA87772153 @sardana_deepika

[Sobhan Sen @SenSobhan]

We are delighted and honored to contribute our research work in Prof. Anunay Samanta Festschrift.
This work shows how molecular crowders modulate ligand binding affinity to G-quadruplex DNA by viscosity-induced declaration of ligand association.
https://t.co/UI6wbS7kLB

[Spec Lab @speclabjnu]

@SenSobhan @sardana_deepika @NdegeClovis @ParvezA87772153 @APKS210696 @Kum02544331Ajay @HarshSa99271095

[The Journal of Physical Chemistry @JPhysChem]

A molecular picture of crowding effect on ligand binding and solvation dynamics in G-Quadruplex DNA from time-resolved experiments and MD simulations. @speclabjnu @sardana_deepika @ShwetaHim @NdegeClovis @SpecLab

https://t.co/AzNPrJYell

[Deepika Sardana @sardana_deepika]

Here is my #RSCPoster !🤓
#RSCPosterTwitterConference #RSCPhys #RSCChemBio
I’ll be happy to answer your questions.
The work is just out https://t.co/RhSp1RbBjU