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24) Shrinky-Dink Hanging Drops: A Simple Way to Form and Culture Embryoid Bodies

Publication: Journal Article

C, Chen, Pegan J, Luna J, Xia B, McCloskey K, Chin W, and Khine M. 2008. “24) Shrinky-Dink Hanging Drops: A Simple Way to Form and Culture Embryoid Bodies”. Journal of Visualized Experiments.

32)Measurement of CD2 Expression of IFN-a Treated Fibrosarcomas using Cell Tracking Velocimetry.

Publication: Journal Article

KE, McCloskey, Chalmers JJ, and Zborowski M. 2001. “32)Measurement of CD2 Expression of IFN-a Treated Fibrosarcomas Using Cell Tracking Velocimetry.”. Cytometry.

34) Magnetophoretic Mobilities Correlate to Antibody Binding Capacities

Publication: Journal Article

KE, McCloskey, Chamlers JJ, and Zborowski M. 2000. “34) Magnetophoretic Mobilities Correlate to Antibody Binding Capacities”. Cytometry.

37)Quantification of Cellular Properties from External Fields and Resulting Induced Velocity: Magnetic Susceptibility

Publication: Journal Article

JJ, Chalmers, Zhao Y Haam S, McCloskey K, Moore L, Zborowski M, and Williams PS. 1999. “37)Quantification of Cellular Properties from External Fields and Resulting Induced Velocity: Magnetic Susceptibility”. Biotechnology and Bioengineering.

38)Quantification of Cellular Properties from External Fields and Resulting Induced Velocity: Cellular Hydrodynamic Diameter

Publication: Journal Article

JJ, Chalmers, Zhao Y Haam S, McCloskey K, Moore L, Zborowski M, and Williams PS. 1999. “38)Quantification of Cellular Properties from External Fields and Resulting Induced Velocity: Cellular Hydrodynamic Diameter”. Biotechnology and Bioengineering.

People

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Kara E. McCloskey, PhD Associate and Founding Professor, School of Engineering Materials and Biomaterials Science and Engineering (MBSE) Address: 5200 N Lake Rd Merced, CA 95343 Office: Science and Engineering Building, Rm 344 Contact Info: Email: kmccloskey@ucmerced.edu Phone: (209) 228 - 7885...

Anley Tefera, M.S.

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Anley (goes by T) is a PhD candidate in Biological Engineering & Small-scale Technologies (BEST). T's project involves studying the development of a cell stretching device for cardiac tissue slices as an in vitro model of cardiac tissue. He has been funded as an NSF-Diversity Fellow, as well as, a...

Research

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Measurement Innovations Lab

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Our lab is interested in developing innovative measurement methods to address practical issues in educational and psychological testing. If you are interested in joining our lab, or would like more information about our research, please contact Dr. Ren Liu at rliu45@ucmerced.edu.