958 papers
This study demonstrates that recycled Nd–Fe–B nanocrystalline particles, despite exhibiting lower spatial resolution than commercial powders due to larger particle sizes, are viable for 4D magnetic printing and can effectively enable the fabrication of magnetically actuated soft robots and devices.
This laboratory study demonstrates that among various surface pretreatment protocols for monolithic multi-layered zirconia, airborne-particle abrasion yields the highest shear bond strength, while laser irradiation results in the lowest, with neither surface treatment nor material type significantly improved by double application of an MDP-containing primer.
This study investigates the spatial distribution and controlling mechanisms of radon and primordial radionuclides in a Chinese impact crater, revealing that granite lithology, impact-induced fragmentation, and environmental factors drive higher radioactivity in the crater core and granite compared to peripheral zones, while identifying sediment as the primary radon reservoir with low radiological risk in surface water.
This study demonstrates that porous NiTi dental implants fabricated via metal injection moulding significantly enhance human mesenchymal stem cell proliferation and mineralization while exhibiting controlled, transient nickel ion release, suggesting their potential as effective biomaterials for bone integration.
This study reveals that target RNA abundance acts as a critical threshold governing the collateral RNA cleavage activity of RfxCas13d, causing global toxicity in human cells and zebrafish embryos when targets are highly expressed, while identifying guide-target mismatches that can mitigate this off-target effect without compromising on-target silencing.
This study demonstrates that a commercial office inkjet printer can cost-effectively fabricate reliable silver interdigitated electrodes on PET substrates, which, when coated with cuprous oxide, function as flexible ethanol sensors with high adhesion and repeatable performance.
This global meta-analysis demonstrates that biochar application reduces soil antibiotic resistance gene abundance by an average of 78.2%, identifying optimal mitigation thresholds such as a 0.5% dosage, near-neutral pH conditions, and specific feedstock properties to guide context-specific strategies for controlling antibiotic resistance.
This study presents the first comprehensive whole-genome resequencing analysis of a multi-generational captive Sunda pangolin population in Guangxi, revealing strong purifying selection and ribosome pathway enrichment while providing essential genomic resources to optimize breeding strategies and mitigate genetic decline in conservation programs.
This study investigates the diffusion and penetration of lignohumate into plant leaves using both model hydrogel systems and direct leaf experiments, revealing that while lignohumate comprises both small molecules and larger supramolecules, only the smaller fraction can effectively penetrate the cuticle barrier, with the choice of cuticle isolation method significantly influencing barrier integrity.
This repeated cross-sectional study with a nested longitudinal subsample of primary school students in Eastern China reveals a significant decline in depressive symptoms from 2021 to 2023, while identifying poor parent–child relationships, academic difficulties, excessive screen time, and socioeconomic disadvantage as persistent risk factors that warrant multilevel interventions.