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The Tiny Lab Revolution: How μTAS '98 Shrunk the Future of Science
microfluidics lab-on-a-chip DNA-analysis

The Tiny Lab Revolution: How μTAS '98 Shrunk the Future of Science

Explore how the 1998 μTAS workshop revolutionized science by miniaturizing laboratories onto microchips, enabling faster DNA analysis and portable diagnostics.

Christopher Bailey
Oct 29, 2025
Seeing the Invisible: How a Tiny Lens-Mirror System Revolutionizes Droplet Detection
microfluidics droplet-detection fluorescence

Seeing the Invisible: How a Tiny Lens-Mirror System Revolutionizes Droplet Detection

Discover how a breakthrough counter-propagating lens-mirror system enhances fluorescence detection in droplet microfluidics by over 100x, enabling analysis of 40,000 droplets per second.

Aurora Long
Oct 24, 2025
The Invisible Scaffold: How Microfluidics is Weaving the Future of Tissue Engineering
microfluidics tissue engineering biomaterials

The Invisible Scaffold: How Microfluidics is Weaving the Future of Tissue Engineering

Explore how biomaterials-based microfluidics is revolutionizing tissue engineering by creating vascularized constructs for organ repair and drug testing.

Ava Morgan
Oct 18, 2025

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microfluidics lab-on-a-chip DNA-analysis droplet-detection fluorescence tissue engineering biomaterials