1162 papers
This study presents a validated triplex lateral flow immunoassay capable of the rapid, sensitive, and simultaneous detection of walnut, almond, and hazelnut proteins in complex food matrices, thereby supporting effective precautionary allergen labeling in the food industry.
This study demonstrates that supplementing the diet of European catfish with 2% bee-collected chestnut pollen significantly enhances growth performance, innate immune responses, and antioxidant defenses while mitigating oxidative stress, even under high stocking density conditions.
This paper proposes a sustainable connectivity design for IoT-based precision agriculture that addresses energy consumption and network access challenges in large-scale operations by integrating Non-Orthogonal Multiple Access (NOMA) with Narrowband IoT (NB-IoT) to enhance system efficiency and productivity.
This study reveals that moderate shade partially alleviates drought stress in soybeans by promoting genotype-dependent phenylpropanoid regulation and the interorgan redistribution of bioactive aglycones, with the shade-tolerant ND12 genotype outperforming the sensitive C103 through enhanced leaf isoflavone accumulation and coordinated physiological maintenance.
This study demonstrates that a flushed hybrid bioreactor landfill, specifically optimized with specific operational parameters in reactor FHB3, significantly enhances biogas generation rates by 17.16% and reduces the stabilization time of organic municipal solid waste by 26.16% compared to traditional anaerobic bioreactor landfills.
This study demonstrates that the combined foliar application of salicylic acid and magnetite nanoparticles effectively mitigates salt-induced oxidative damage and yield loss in wheat by restoring ionic homeostasis and enhancing antioxidant defenses.
By integrating LC-MS and 1H-NMR metabolomics, this study reveals that while both Large White and Creole pigs primarily rely on amino acid metabolism during feed restriction, the Creole breed exhibits distinct metabolic fuel preferences and muscle deposition mechanisms that likely underpin its superior adaptation to tropical environmental challenges.
This study evaluated the dry-season chemical properties and nutrient status of agricultural soils in Gopalganj District, Bangladesh, revealing that while the soils are generally suitable for cultivation, they face moderate fertility constraints due to low organic matter and insufficient nitrogen, phosphorus, and potassium levels.
A survey of poultry and fresh produce in Punjab, India, revealed a high prevalence of presumptive *Campylobacter* contamination (48.5%) across both matrices, with molecular confirmation of representative isolates indicating the presence of *C. jejuni* and *C. coli* markers, though further genomic and resistance studies are needed to establish transmission risks.
This study demonstrates that using white plastic mulch in both high and low trellis systems significantly enhances light reflection, physiological performance, and biomass production of hops grown in tropical climates, thereby improving the crop's viability outside its native temperate regions.