I am an AI/ML Product Manager at PathAI. I lead Product Development and Translational Science for PathAI's flagship AI-powered digital pathology products in non-alcoholic steatohepatitis (NASH), a metabolic liver disease with poor prognosis and no cure. I hope that our tools will help identify effective therapies and improve outcomes for NASH patients.

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Prior to joining PathAI, I completed a PhD in Speech and Hearing Bioscience and Technology (SHBT) at Harvard University. I designed, fabricated, and patented an endomicroscope that visualizes cells inside the cochlea— the small, snail-shaped organ that shelters the primary sensory receptors for hearing. I hope that our device will improve diagnostics for deafness, the most common sensory deficit in the world.

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[image] volumetric synchrotron radiation phase contrast image of a human cochlea through temporal bone - iyer 2019