Tag: microfluidics

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 ...

A microfluidically fabricated liposome co-loaded with a copper phthalocyanine photosensitizer and catalase cut hypoxic C6 glioma cell viability to about ...

A new perspective argues that artificial synapses delivering neurotransmitters could overcome the limits of drugs and electrical stimulation, though surgical ...

A new numerical study shows that magnetic dipole interactions, Stefan blowing, radiation and bioconvection jointly control heat, mass and microorganism ...

Researchers at Shanghai Jiao Tong University and Beijing Institute of Technology have used femtosecond laser writing to carve passive Tesla ...

CMC-stabilized nickel nanoparticles raised CO2 dissolution in natural seawater to 67.2 percent in microfluidic experiments, with a Gaussian Process Regression ...

A new review maps which engineered organoid platforms can turn gut microbiota-cancer associations into causal evidence, and where the current ...

A new review explains how air-liquid interface cultures and gut-on-a-chip systems recreate the human intestinal mucosa, exposing previously hidden infection ...

A charge-separating device enriched pancreatic cancer-associated extracellular vesicles in blood samples from 112 people, revealing a difference that average electrical ...

A KAIST-led team designed a flexible patch that uses internally generated pressure to deliver eyedrops without gravity, achieving consistent laboratory ...

New simulations and theory show that natural convection in small evaporating droplets is triggered by the inclination angle of internal ...

Fluid-structure interaction simulations of a membrane-actuated microchannel show that nonlinear steady streaming, amplified by resonance and wave dynamics, is what ...

A review finds that three-dimensional cultures and organ-on-a-chip devices reveal context-dependent neutrophil behavior and provide preclinical platforms for testing neutrophil-based ...

A study of 306 microfluidic liposome formulations found that gradient boosting predicted polydispersity better than one prior benchmark and identified ...

Photoluminescence mapping reveals polymerized microstructures inside closed microfluidic channels before development, offering a non-destructive way to monitor alignment and fabrication ...

Researchers report that topological solitons in chiral liquid crystals drift transversely under shear flow, establishing a liquid-crystal analogue of the ...

A programmable smartphone-integrated microfluidic platform achieves attomolar sensitivity and over 95 percent accuracy across molecular and protein assays, reframing decentralized ...