Soft Substrates Train Human T Cells for Sustained Proliferation Through Mechanomemory
Culturing human T cells on mechanically soft surfaces establishes a durable proliferative mechanomemory reinforced by early secreted factors and preserved ...
Culturing human T cells on mechanically soft surfaces establishes a durable proliferative mechanomemory reinforced by early secreted factors and preserved ...
Researchers have fabricated a 3D-printed spiral microfluidic microbial fuel cell with flexible sugar-templated aerogel electrodes, achieving an optimized power density ...
Engineers have developed an external broad-spectral directional array reflector that repurposes conventional horizontal radiative cooling coatings to deliver continuous sub-ambient ...
A comprehensive review evaluates microfluidic biosensors for foodborne pathogens, finding that prototype sensitivity in buffers does not guarantee diagnostic reliability ...
Researchers have engineered a flexible spiropyran-doped silicone optical waveguide that detects ultraviolet radiation through reversible changes in laser transmission.
Researchers fabricated flexible polymeric metasurfaces with periodic nanodimples and nanobumps that systematically tune visible-range optical haze while preserving high total ...
An optical fluid dynamics experiment reveals that cartilaginous rings generate near-wall flow fluctuations that reduce downstream separation and recirculation in ...
A cold-spray method attached graphene nanoplatelets to a flexible pressure sensor that detected a wrist pulse and remained functional after ...
Researchers in China have developed a fluorine-free ultra-slippery superhydrophobic coating from a single calcination step that combines anti-condensation, oil-water separation ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine