Gunja Mishra

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About

Gunja Mishra is a pioneering researcher at the intersection of biomedical engineering and cancer diagnostics, with a primary focus on developing automated microinjection technologies for zebrafish xenograft models. Her work addresses a critical bottleneck in translational oncology: the labor-intensive, manual process of injecting cancer cells into zebrafish larvae, which has hindered the adoption of these models as clinical diagnostic tools. Mishra’s major contributions include the design and validation of automated microinjection systems that dramatically improve precision, throughput, and reproducibility, enabling high-volume screening of patient-derived cancer cells. Her most-cited paper (2025, 5 citations) and its precursor (2024, 2 citations) collectively demonstrate the feasibility of integrating robotics with live-animal models to predict patient responses to cancer therapeutics. By automating a traditionally manual technique, Mishra has laid the groundwork for zebrafish xenografts to become scalable, cost-effective diagnostic platforms in clinical settings. Her work is particularly notable for bridging engineering innovation with real-world medical needs, offering a pathway toward personalized cancer treatment. With growing recognition in the field, Mishra’s research promises to accelerate the translation of preclinical models into routine clinical diagnostics.