1013 papers
This study utilizes mass spectrometry imaging and trapped ion mobility to map the spatially organized biotransformation pathways of benzalkonium in wastewater biofilms, revealing distinct chemical microdomains for transformation products and providing a framework for optimizing micropollutant removal.
This study presents a reliability-aware, multimodal deep learning workflow that integrates standardized MIC data with uncertainty quantification and gray-zone modeling to effectively prioritize and validate natural-product candidates against *Candida albicans* for experimental follow-up.
The paper introduces NMRAgent, an evidential reasoning agent powered by large language models that overcomes the interpretability and generalizability limitations of current AI methods in NMR-based molecular structure elucidation by combining database retrieval, de novo generation, and spectral verification to achieve superior accuracy on novel scaffolds and successfully identify unknown natural products.
This study reports the microwave-assisted green synthesis, in silico validation, and biological evaluation of novel 1,4-dihydropyridine–1,3,4-oxadiazole hybrids, identifying compound DP01 as a highly potent and safe anticonvulsant candidate that outperforms the standard drug phenytoin in binding affinity and seizure protection.
This study validates the Enhanced Constrained Rod Casting (ECRC) test for wide-freezing-range 7xxx aluminium alloys by demonstrating that while crack-width scores lack statistical significance, fracture location statistics and peak contraction loads provide repeatable and reliable metrics for assessing hot tearing susceptibility when short and long rods are interpreted separately.
This study utilizes UV–Visible spectrophotometry to determine that 30–40 minutes of sonication optimizes the dispersion stability and photocatalytic readiness of graphene oxide in methanol, highlighting its potential for environmental and biomedical applications.
This study demonstrates that FDM-printed jute/PLA biocomposites with an optimal fiber volume fraction of 25–35% and post-curing at 160–165°C achieve superior mechanical and thermal performance through enhanced crystallinity, improved interfacial bonding, and uniform fiber dispersion, offering a sustainable solution for structural engineering applications.
This study demonstrates that a pH-driven ternary system of zein, acetylated mannan oligosaccharides, and tannic acid forms stable, compact nanoparticles that significantly enhance curcumin encapsulation efficiency and enable controlled, sustained release through synergistic hydrogen bonding and hydrophobic interactions.
This study demonstrates that Acacia nilotica fruit extract acts as an effective, eco-friendly mixed-type corrosion inhibitor for mild steel in 1 M HCl, achieving a maximum efficiency of 94.47% at 20 ppm through the formation of an adsorbed protective layer as confirmed by electrochemical and surface characterization analyses.
This study demonstrates that blending bisphenol-A polycarbonate with isosorbide-derived bio-based polycarbonate up to 15 wt% significantly enhances soil degradability through surface-restricted chain scission and selective leaching, resulting in substantial molecular weight reduction and mechanical failure while maintaining thermal stability and partial miscibility.