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1
On Applications of Qualitative Dynamics to Microfluidic Systems- [electronic resource]
On Applications of Qualitative Dynamics to Microfluidic Systems- [electronic resource]
Rodriguez Gonzalez, Arnaldo.Theoretical and Applie | Cornell University. | 2023
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2
Scalable Manufacturing of Microfluidics Devices for Emerging Needs in Precision Medicine- [electronic resource]
Scalable Manufacturing of Microfluidics Devices for Emerging Needs in Precision Medicine- [electronic resource]
Stephens, Andrew D.Mechanical Engineering. | University of Michigan. | 2023
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3
Innovations in Droplet Microfluidics for Enzyme Evolution.
Innovations in Droplet Microfluidics for Enzyme Evolution.
Holland-Moritz, Daniel A.Chemistry. | University of Michigan. | 2020
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4
High Throughput Fabrication and Mechanical Properties of Synthetic Bacterial Model Membrane Vesicles Using Microfluidics
High Throughput Fabrication and Mechanical Properties of Synthetic Bacterial Model Membrane Vesicles Using Microfluidics
Maktabi, Sepehr. | State University of New York at Binghamton | 2020
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5
Investigating the Regulatory Pathways of the Mitotic Oscillator via a High-Throughput Droplet-Based System.
Investigating the Regulatory Pathways of the Mitotic Oscillator via a High-Throughput Droplet-Based System.
Wang, Shiyuan.Biophysics. | University of Michigan. | 2024
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6
Microfluidic Technologies to Advance Antibody and Bacteriophage Discovery.
Microfluidic Technologies to Advance Antibody and Bacteriophage Discovery.
Keepseagle, Kayla E.Engineering and Applied Scienc | Harvard University. | 2024
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7
Cell-Sized Enzyme-Powered Motors Made by Microfluidic Assembly.
Cell-Sized Enzyme-Powered Motors Made by Microfluidic Assembly.
O'Callaghan, Jessica Ann.Chemical and Biomolecular | University of Pennsylvania. | 2024
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8
Characterizing and Utilizing Droplet-Enabled Co-Cultivation to Elucidate Interactions in Microbiomes- [electronic resource]
Characterizing and Utilizing Droplet-Enabled Co-Cultivation to Elucidate Interactions in Microbiomes- [electronic resource]
Tan, James Yi.Chemical Engineering. | University of Michigan. | 2023
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9
Nanoliter Electronics for Wireless Chemistry- [electronic resource]
Nanoliter Electronics for Wireless Chemistry- [electronic resource]
Norris, Samantha.Physics. | Cornell University. | 2023
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10
Impactful Design: From Microfluidic Devices for Modeling the Spine to Equipment for Pandemic Relief- [electronic resource]
Impactful Design: From Microfluidic Devices for Modeling the Spine to Equipment for Pandemic Relief- [electronic resource]
McKinley, Jonathan Patrick.Mechanical Engineering. | University of California, Berkeley. | 2023
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