Laboratory for NanoBiology
Our understanding of most biological processes comes from ensemble studies of the molecules carried out in a tube or using reporters in cells and organisms. Such mechanistic understanding of biological phenomena is complicated by
the heterogeneity among biomolecules (due to modifications or conformational dynamics) ,
the transient nature of interactions (activating action of molecule maybe limited to a fraction of its lifetime) and
the limits on detection of small number of molecules.
How do events taking place at the level of single molecule translate to biologically significant phenomena?
Our lab leads an interdisciplinary research program that aims to innovate and engineer technologies to help understand this basic question. We primarily focus on long-standing questions in infectious diseases caused by positive strand RNA viruses and pathogenic bacteria using single molecule detection, quantitative genomics and high-resolution imaging.
Such understanding of pathogen biology and host-pathogen interactions will help us design new drugs, vaccines and intervention strategies against several infectious diseases including Dengue.
To learn more, please read our research interests.
Latest Lab News
We are hiring for several positions! Details can be found here.
Vaseef Rizvi is the first Molecular Biophysics Unit student to defend his PhD thesis. Congratulations! (06/2020)
HFSP research grant awarded to us along with Stefan Howorka Lab (University College London, UK) and Aleksei Aksimentiev Lab (University of Illinois, Urbana-Champaign, USA) to study membrane fusion (04/2020)
Rahul wins the BPS 2020 Travel Award for his poster presentation 'PORE ASSEMBLY OF BACTERIAL ALPHA PORE-FORMING TOXIN (?PFT), CYTOLYSIN A ON LIPID MEMBRANES' at the Biophysical Society 64th Annual Meeting, San Diego, USA (02/2020)
Harsh's preprint on viral life cycle dynamics of positive sense RNA viruses in now online: BioRxiv (09/2020)
Vaseef's preprint on JE virus ribosome profiling that describes so many new tricks that the virus uses during translation of its proteome is out in BioRxiv (07/2020)
Jatin's first paper on using Fusible alloy for Microfluidic Impedance Cytometry is out in Microelectronic Engineering (05/2019)