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About

Debarun Das is a pioneering figure in the field of organ-on-a-chip technology, with a research focus on creating automated, fluidically-coupled human body-on-chip systems. His major contributions center on developing robotic platforms that can link multiple vascularized organ chips to more accurately predict human pharmacokinetic responses. Das led groundbreaking work demonstrating quantitative prediction of drug responses using these integrated systems, with his 2020 paper on this topic accumulating 463 citations. He also co-authored a highly cited study on robotic fluidic coupling of vascularized organ chips (401 citations), and developed the "Interrogator" instrument—a sophisticated robotic platform capable of automated culture, perfusion, fluidic linking, and in situ imaging of up to ten Organ Chips simultaneously. This work represents a significant leap toward replacing animal testing with more physiologically relevant human models. Das's achievements have positioned him at the forefront of efforts to create automated, high-throughput platforms for drug development and personalized medicine, with his research enabling more accurate prediction of human drug responses before clinical trials.