Microsystems for Bioseparation

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Related lectures (26)

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Biosensors Fundamentals: Lab-on-Chip Systems

Covers the fundamentals of biosensors and electronic biochips, including sensors performance and diagnostic tests.

Biomechanics in Organ-on-Chip Systems

Explores biomechanics in organ-on-chip systems, covering advantages, fabrication methods, mechanical stimuli, and cell analysis techniques.

Organ-on-Chip: Biomedical Research and Cancer Modeling

Explores Organ-on-Chip technology for biomedical research and cancer modeling, showcasing its impact on drug development and disease understanding.

3D Printing Glass: Transparent Fused Silica

Explores the process of 3D printing transparent fused silica glass and its applications in optics, photonics, and biomedical engineering.

Microfluidics: Diffusion and Mixing

Explores diffusion principles, mixing in laminar flow, bacteria nutrition, microelectrode diffusion layers, liquid chromatography, and optimal flow speeds.

Organ Chip Technology

Explores organ chip technology, emphasizing tissue engineering, micro-nanofabrication, and sensor integration for real-time analysis.

Fluid Dynamics: Microfluidics

Explores microfluidics, covering continuum and Knudsen flow, damping effects, diffusion in liquids, liquid chromatography, and shear-driven chromatography.

Polymer Materials for MEMS

Explores polymer materials for MEMS, discussing their properties and applications in micro-electro-mechanical systems.

Laminar Flows: Microfluidics and Applications

Explores laminar flows in microfluidics, including flow profiles, hydrodynamic focusing, bioprinting, cell lysis, and fluorescence-assisted cell sorting.

Microfluidic H-Filter: Scaling Laws & Simulations

Explores the simulation of a microfluidic H-Filter for molecular analyte extraction without membrane filters, focusing on diffusion control and concentration effects.