High-Throughput Mechanobiology Screening Platform Using Micro- and Nanotopography

We herein demonstrate the first 96-well plate platform to screen effects of micro- and nanotopographies on cell growth and proliferation. Existing high-throughput platforms test a limited number of factors and are not fully compatible with multiple types of testing and assays. This platform is compa...

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Main Authors:	Hu, J, Gondarenko, A, Dang, A, Bashour, K, O'Connor, R, Lee, S, Liapis, A, Ghassemi, S, Milone, M, Sheetz, M, Dustin, M, Kam, L, Hone, J
格式:	Journal article
语言:	English
出版:	American Chemical Society 2016

High throughput mechanobiology screening platform using micro- and nano-topography. 由 Hu, J, Gondarenko, A, Dang, A, Bashour, K, O'Connor, R, Lee, S, Liapis, A, Ghassemi, S, Milone, M, Sheetz, M, Dustin, M, Kam, L, Hone, J

出版 2016

Journal article

High-Throughput Mechanobiology Screening Platform Using Micro- and Nanotopography

High throughput mechanobiology screening platform using micro- and nano-topography. 由 Hu, J, Gondarenko, A, Dang, A, Bashour, K, O'Connor, R, Lee, S, Liapis, A, Ghassemi, S, Milone, M, Sheetz, M, Dustin, M, Kam, L, Hone, J

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