Vigyan Patrika

Our work sheds light on the new role played by Arl8b, which was previously known to localize and function predominantly on late endosomal and lysosomal compartments.

This study establishes OmpA as an essential virulence factor of Salmonella Typhimurium. Targeting outer membrane permeability: an alternative strategy to combat bacterial infections.

The study has unveiled how specific structural elements of the polymorphs are linked to the toxicity and prion-like spread of aggregates in cells.

Our study has answered a very fundamental question in red blood cells biology.

Work identified a bacterial receptor that is conserved across other enteropathogens and it can be employed as a drug target against a variety of enteric pathogens

My research has uncovered a novel strategy to self-assemble long and reversible DNA nanowires using 1000-fold less input DNA concentration than the conventional approach.

This study demonstrates that iModulon-based TRNs can provide new insights when new transcriptomic data is added.

We have characterized a model for studying synapse dysfunction of motor neurons, which can be further utilized for carrying out genetic and/or pharmacological screens to identify potential therapeutic targets against synaptopathies.

These findings provide insights about the refolding pathway for Ranibizumab, which was previously considered a ‘black-box’.

“Findings generate avenues to study what causes small RNA expression levels to change and how they can be regulated as a potential point of treatment for patients with infertility.”