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Engineered skin commensal nanogels mitigate psoriasiform inflammation through coordinated regulation of cutaneous flora and host immunity.

This study develops strain-programmable liquid metal composite fibers that turn deformation-induced interference into a tunable design feature. The fibers support programmable strain-resistance behaviors, bidirectional sensing, strain-invariant circuits, energy harvesting, wireless communication, and thermal management for robust electronic textiles.

This review discusses living microorganism-encapsulated hydrogels and their microorganism-material synergy for next-generation therapeutic applications.

This study rewires energy flow in semiconductor biohybrids to improve solar-driven microbial biomanufacturing and waste-to-value conversion.

Polymer-coated liquid metal nanoparticles enable improved vat photopolymerization of mechanically robust and multifunctional hydrogels.

This work develops magnetic field-enhanced flexible batteries and vertically integrated actuator-battery-sensor systems for untethered soft robots with embodied intelligence.

Engineered bacterial living biohybrids integrate H2S production and CuS-mediated photothermal therapy for synergistic cancer treatment.

Thermo-responsive fluorosurfactants enable on-demand microfluidic generation and retrieval of cell-laden microgels without harmful demulsifiers.

This work develops 3D MSC exosome-functionalized GelMA hydrogels as a sustained release system for multidimensional corneal wound healing.

Biomass-derived carbon dots enhance photosynthesis in biohybrids by converting light and feeding photoexcited electrons into photosynthetic electron transfer.