Welcome to the Rao Lab where we study the Role of Ion Transporters in Human Health and Disease
Located in "Charm City" Baltimore, Johns Hopkins University has a long tradition in rigorous, collaborative and innovative research, ranking #1 in budget for 45 consecutive years
Ca2+-ATPases maintain calcium homeostasis in all organelles, cells and tissues from motor neurons to skin
Na+H+ Exchangers regulate salt and pH inside endosomes for neurodevelopment, cargo trafficking, proteostasis, and even flower color!
Our Molecules to Medicine approach harnesses the range of experimental models — from cells to organoids, mice to humans, patient data to experimental drugs

Celebrating 30 years at Johns Hopkins!

The Rao Lab opened its newly refurbished doors in Jan, 1993 in the historic Wood Basic Science building of the Physiology Department at Johns Hopkins School of Medicine. At the time, the internet was in its infancy and we sent messages by FAX. In our first few years at Hopkins, we used yeast as a model organism and discovered several new families of ion transporters, establishing multiple independent research directions de novo which we are still busy pursuing today!

Over the years, our experimental reach has become diverse and multidisciplinary, harnessing the range of available models: (i) bacterial orthologs for structural insights, (ii) yeast for data mining and functional screening of human variants, (iii) 3D organoids and polarized epithelia for cell biological and transport studies and (iv) mouse models and patient databases for pathophysiological insight. Currently, we apply these approaches broadly to understand the cellular and molecular basis of cancer, disorders of the skin, and neurological and metabolic disease.

The Rao Lab is tax-payer funded through competitive federal grants. We also work closely with venture capital incubators to translate our basic science discoveries into much needed patient therapies.
Stay tuned for exciting updates in this space!