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20 Results:SS:MICROFLUIDICS 1.140 sec.
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1
Mapping and Dissecting Protein Sequence-Function Landscapes With Microfluidics and Deep-Learning
Mapping and Dissecting Protein Sequence-Function Landscapes With Microfluidics and Deep-Learning
Muir, Duncan Fraser | University of California, San Francisco | 2025
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2
Innovations in Droplet Microfluidics for Enzyme Evolution
Innovations in Droplet Microfluidics for Enzyme Evolution
Holland-Moritz, Daniel A. | University of Michigan | 2020
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3
Improving Sensitivity and Throughput for Bioanalytical Measurements with Mass Spectrometry Using Microfluidics and Online Sample Preparation
Improving Sensitivity and Throughput for Bioanalytical Measurements with Mass Spectrometry Using Microfluidics and Online Sample Preparation
Wells, Shane. | University of Michigan | 2020
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4
Interfacial Fluid Flows and Deformations Driven by Solute Concentration Gradients
Interfacial Fluid Flows and Deformations Driven by Solute Concentration Gradients
McKenzie, Brian E. | Carnegie Mellon University | 2025
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5
Microfluidic Isolation of Tumor Derived Vesicles for Early Detection and Immune Modulation of Cytotoxic T-Cells
Microfluidic Isolation of Tumor Derived Vesicles for Early Detection and Immune Modulation of Cytotoxic T-Cells
Onukwugha, Nnaemeka. | University of Michigan | 2025
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6
Extracellular Matrix Regulation of the Neutrophil Inflammatory Response
Extracellular Matrix Regulation of the Neutrophil Inflammatory Response
Calo, Christopher J. | University of Colorado at Boulder | 2025
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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. | University of Pennsylvania | 2024
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8
Microfluidic Technologies to Advance Antibody and Bacteriophage Discovery
Microfluidic Technologies to Advance Antibody and Bacteriophage Discovery
Keepseagle, Kayla E. | Harvard University | 2024
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9
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. | University of Michigan | 2024
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10
Cascadable Elastomer-Based Fluidic Circuits for Controlling Soft Robots- [electronic resource]
Cascadable Elastomer-Based Fluidic Circuits for Controlling Soft Robots- [electronic resource]
Gallardo Hevia, Elizabeth.Engineering and Applied | Harvard University. | 2023
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