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Detecting Ovarian Cancer Earlier with New MIT Tissue Sampling Device

The 3D-printed device can collect living cells from tissue samples, a step researchers say could improve early diagnosis and treatment development.

Researchers at MIT and Johns Hopkins have developed a 3D printed microfluidic device that gently collects living cells from the surface of tissues using microfluidic shear force to detach cells.

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Researchers at MIT and Johns Hopkins University designed a microfluidic system that releases live cells from precise tissue areas without destroying nearby areas. The team tested it in human samples of fallopian tubes and argues that, with more development, it could contribute to investigating ovarian cancer and evaluating personalized treatments.

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Inside Precision Medicine broke the news on Thursday, September 24, 2026.
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