Biomimetic adhesive hydrogel microcarriers for gas therapy and chemotherapy of gastric cancer.

Engineered microparticle morphology for enhanced intestinal retention in oral drug delivery.

A catalytic redox-cycling nanoreactor enables robust oxidative stress amplification for synergistic tumor apoptosis and ferroptosis.

Focused acoustic vortex-mediated targeted aggregation of engineered bacteria for in situ antibody production to enhance immunotherapy.

Degradation-controlled synchronization of HIF-2α and MEK inhibition using self-sealed porous silicon nanoparticles to reprogram tumor immunogenicity.

A high-performance, biodegradable Zn-3Cu-0.8Sr alloy with superior strength, biotribology, osteogenesis, and antibacterial activity for orthopedic fixation through deep-cryogenic rolling.

Biomimetic adhesive hydrogel microcarriers for gas therapy and chemotherapy of gastric cancer.

Engineered microparticle morphology for enhanced intestinal retention in oral drug delivery.

A catalytic redox-cycling nanoreactor enables robust oxidative stress amplification for synergistic tumor apoptosis and ferroptosis.

Focused acoustic vortex-mediated targeted aggregation of engineered bacteria for in situ antibody production to enhance immunotherapy.

Degradation-controlled synchronization of HIF-2α and MEK inhibition using self-sealed porous silicon nanoparticles to reprogram tumor immunogenicity.

A high-performance, biodegradable Zn-3Cu-0.8Sr alloy with superior strength, biotribology, osteogenesis, and antibacterial activity for orthopedic fixation through deep-cryogenic rolling.