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11
Enhanced Biomolecular Binding to Beads on a Digital Microfluidic Device.
Enhanced Biomolecular Binding to Beads on a Digital Microfluidic Device.
Preetam, Shruti.Electrical and Computer Engineerin | Duke University. | 2022
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12
User-Friendly, Low-Cost, Microfluidic Devices with Capillary Circuits for Multiplexed, Isothermal, Point-of-Care, Nucleic Acid Amplification Tests.
User-Friendly, Low-Cost, Microfluidic Devices with Capillary Circuits for Multiplexed, Isothermal, Point-of-Care, Nucleic Acid Amplification Tests.
Bai, Huiwen.Mechanical Engineering and Applied Mec | University of Pennsylvania. | 2022
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13
Deformation Dynamics of Wet Foams and Bubbles in Wide Microfluidic Channels.
Deformation Dynamics of Wet Foams and Bubbles in Wide Microfluidic Channels.
Vecchiolla, Daniel J.Chemical and Biomolecular Eng | Rice University. | 2019
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14
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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15
Additive Manufacturing of Microfluidic Technologies via In Situ Direct Laser Writing.
Additive Manufacturing of Microfluidic Technologies via In Situ Direct Laser Writing.
Alsharhan, Abdullah T.Mechanical Engineering. | University of Maryland, College Park. | 2021
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16
Microfluidic Bio-Sensor Development For Clinical Applications: Removal Of Teratoma-Forming Cells for Safe Derivation of Stem Cell Transplants And Early Direct Detection of Lyme Disease.
Microfluidic Bio-Sensor Development For Clinical Applications: Removal Of Teratoma-Forming Cells for Safe Derivation of Stem Cell Transplants And Early Direct Detection of Lyme Disease.
Wellmerling, Kyle Matthew.Mechanical Engineering. | Cornell University. | 2021
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17
Detection of Drugs and Related Substances by Microfluidic Based Surface-Enhanced Raman Spectroscopy
Detection of Drugs and Related Substances by Microfluidic Based Surface-Enhanced Raman Spectroscopy
Mirsafavi, Rustin Yavar. | University of California, Santa Barbara | 2020
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18
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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19
Microfluidic Device Technology for Cell and Droplet Sorting, Encapsulation, Storage, and Lysis
Microfluidic Device Technology for Cell and Droplet Sorting, Encapsulation, Storage, and Lysis
Mutafopulos, Kiryakos S. | Harvard University | 2019
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20
Microfluidic lab-on-a-chip for chemical and biological analysis and discovery
Microfluidic lab-on-a-chip for chemical and biological analysis and discovery
Li, Paul C. H. | Taylor & Francis/CRC Press | 2006
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