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Wu's current work focuses on discovering fundamental principles with which nature use to interact with the environment, in particular, how physical forces regulate cell migration. She is known for developing micro-scale tools controlling cellular environment, and use them to solve contemporary
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Kim, Beum Jun; Richter, Lubna V.; Hatter, Nicholas; Tung, Chih-kuan; Ahner, Beth A.; Wu, Mingming (2015). "An array microhabitat system for high throughput studies of microalgal growth under controlled nutrient gradients".
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Wu researched the interactions between cancer cells and the fibrous extracellular matrix surrounding them. Wu also worked on a study investigating the diversity of cancer cells with statistical modeling methods.
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Cheng, Shing-Yi; Heilman, Steven; Wasserman, Max; Archer, Shivaun; Shuler, Michael L.; Wu, Mingming (2007). "A hydrogel-based microfluidic device for the studies of directed cell migration".
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Tung, Chih-kuan; Hu, Lian; Fiore, Alyssa G.; Ardon, Florencia; Hickman, Dillon G.; Gilbert, Robert O.; Suarez, Susan S.; Wu, Mingming (2015-04-28).
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problems in health (tumor invasion and development) and environment (algal blooms).
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This article is about the scientist. For the politician, see
621:"NSF Award Search: Advanced Search Results - Mingming Wu"
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Huang, Yu Ling; Segall, Jeffrey E.; Wu, Mingming (2017).
272:"BME Seminar Series: Dr. Mingming Wu, Cornell University"
295:"3 faculty elected fellows of American Physical Society"
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in 1992. Wu split her post doctoral research between
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420:"Proceedings of the National Academy of Sciences"
592:"Physics tool helps track cancer cell diversity"
469:Proceedings of the National Academy of Sciences
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215:faculty in 2003. Wu was named a fellow of the
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640:"Devices for Studying the Language of Cells"
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293:Fleischman, Tom (20 October 2016).
274:. Ohio State University. March 2017
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252:. Cornell University
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162:biofluidics
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658:Categories
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219:in 2016.
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