OUR RESEARCH
We are interested in exploring complex brain functions using Drosophila as a model system. We are currenly studying cellular correlates of epilepsy and seizure generation using CRISPR generated transgenic fly strains.
Adult fly brain with GFP+ neurons
Circadian Activity/rest rhytms
Fly labellum (lips) with gustatory neurons
Fly food preparation
Studying Human Epilepsy with CRISPR- generated Drosophila Models.
A primary focus of the group has been to understand seizure phenotypes caused by mutation in SCN1A gene. SCN1A gene encodes the alpha subunit of voltage gated sodium ion channel (Nav1.1) which is a major hotspot for epilepsy mutations. Over 1500 mutations have been mapped to this gene alone. We are studying neural circuitry involved in seizure generation, and what cellular mechanisms may effective reduce occurences of seizures in these fly models.
Studying circadian clock and sleep neural circuits in Drosophila.
We are also interested in exploring the overlap between circadan clock and sleep neurons. Using neurogenetic manipulations and well studied circadian locomotor and sleep behaviour paradigms in Drosophila models, we are exploring the neural circuitry that governs sleep, and how these circuits are modified in brain disorders such as epilepsy.
SCIENCE OUTREACH
We are also interested in Science Outreach and periodically hold hands on workshops on campus and in schools and colleges in Karnataka.
Fly workshop on campus
Fly workshop in Coorg
School Nutrition Workshop
Fluorescent brains workshop