Bhavana Talluri, MS

My research interests lie in studying the neuromolecular mechanisms underlying bladder pain, with a focus on bladder physiology, neural circuits, and biochemical signaling using rodent models. I am particularly interested in applying advanced molecular and spatial techniques—including RNAscope in situ hybridization, spatial transcriptomics, TaqMan-based qPCR, and Western blotting—to investigate gene expression, cellular interactions, and associated signaling pathways within the bladder. In addition to my research, I manage our lab’s mouse colony, ensure compliance with environmental health and safety standards, and mentor students and staff in molecular biology techniques and lab SOPs.

In my previous role, I have been specifically involved in studying the neuromolecular mechanisms of bladder pain using rat models of cystitis. I’m looking forward to continuing my research in Mickle lab to advance our understanding of bladder pain syndrome by integrating innovative technologies.