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1. Electrochemical Cytometry: A Novel Technique to Quantitatively Probe Individual Neurosecretory and Artificial Vesicles

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3. BIOFUNCTIONALIZED NANO-ELECTRO-MECHANICAL-SYSTEMS (BIO-NEMS): ACOUSTIC TWEEZERS—APPLYING ACOUSTICS IN MICROFLUIDICS AND ACTIVE PLASMONICS

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Open Access

5. ON-CHIP MICRODIALYSIS SYSTEM WITH FLOW-THROUGH GLUCOSE SENSING CAPABILITIES

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6. Integrating optical techniques such as reflection, interferometry, scattering and fluorescence; bulk and surface acoustic waves; and microfluidics for measuring refractive index, viscosity, diffusion, surface tension, cell properties, and for sorting cells

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Open Access

7. Acoustic tweezers: manipulating cells in microfluidics

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Open Access

8. Ratcheted contact charge electrophoresis

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Open Access

9. Acoustic tweezers: manipulating micro-objects with the power of sound

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10. Application of acoustofluidic technologies in cell biology

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11. APPLICATIONS OF ACOUSTOFLUIDICS IN BIOTECHNOLOGY

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12. OPTOACOUSTIC TWEEZERS

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Open Access

13. Contact Charge Electrophoresis: An Electrostatic Motor for Microfluidics and Active Matter Systems

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14. DETECTION OF METAL IONS AT BIOLOGICAL INTERFACES USING NOVEL BIOSENSOR STRATEGIES

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15. Polymer-Based Experimental Model Systems for Intracellular Organization

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16. PASSIVE AND ACTIVE MANIPULATION OF MICRO-PARTICLES WITH ACOUSTIC WAVES

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17. Aqueous Phase Separation within Water-in-Oil Emulsions as Cellular Models

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18. A Fluorescence-Based Investigation into the Mechanisms of Biomimetic-Membrane Component Translocation

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19. Just Keep Swimming: Designing and Fabricating Autonomous Artificial Microswimmers

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