Gut-on-a-chip reveals how 20 nm nanoplastics may inflame intestinal cells
A Caco-2 spheroid and organ-on-a-chip study reports that 20 nm polystyrene nanoplastics induced oxidative, inflammatory, and epithelial-associated alterations in a ...
A Caco-2 spheroid and organ-on-a-chip study reports that 20 nm polystyrene nanoplastics induced oxidative, inflammatory, and epithelial-associated alterations in a ...
A new review traces biomachining from its 1996 origins to current laboratory applications, finding that microbe-assisted metal removal works but ...
A new perspective argues that fully integrated 3D-printed devices combining sample preparation, fluidics, and sensing could reshape diagnostics, environmental monitoring, ...
A microfluidic platform called GradientScreen generates overlapping drug gradients and its combination response metrics correlate with minimal residual disease and ...
A multi-technique study shows DOPE-oleic acid liposomes with cRGD targeting stay stable at physiological pH and release cargo under acidic ...
A new review in Discover Sensors surveys how electrochemical, optical, microfluidic and nanomaterial biosensors are being engineered to detect cancer ...
A new Perspective argues that paper and soft polymeric materials have become active platforms that are transforming electrochemical sensors for ...
A new three-dimensional simulation shows that redox-magnetohydrodynamic forces on a microfluidic chip can steer, retain, or redirect picoliter sample plugs ...
A microfluidic lab-on-a-chip developed in Atlanta measures how a child's leukemia cells respond to drug combinations from a single sample, ...
Researchers have derived the first exact closed-form solution for the thermocapillary migration of a concentric double emulsion, revealing how an ...
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© 2026 Scienmag - Science Magazine