1162 papers
This paper presents a hybrid rule-based and machine learning pipeline that successfully maps unstructured military working dog medical records to standardized SNOMED CT concepts with 82.7% agreement to expert consensus, thereby enabling automated population-level health surveillance.
This study demonstrates that integrating host resistance with timely mancozeb applications effectively suppresses late blight and significantly increases potato tuber yields under the natural epiphytotic conditions of Nepal's mid-hills.
This study presents the first report of *Fusarium nygamai* as a highly virulent pathogen causing pigeonpea wilt across 16 districts of Uttar Pradesh, India, based on the isolation, molecular characterization, and pathogenicity assessment of fungal strains from affected plants.
This study of 310 clove farmers in Pemba Island, Zanzibar, reveals that soil health management and agroforestry practices are the primary drivers of livelihood sustainability, explaining 61.7% of the variance in farmer outcomes, whereas biodiversity and ecosystem services exert no significant independent effect.
This study demonstrates that moderate PEG-induced drought stress (up to -0.21 MPa) in *Clerodendrum indicum* callus triggers ROS-mediated stress and impairs organogenesis, yet simultaneously activates antioxidant enzymes and secondary metabolite production, offering a viable in vitro strategy for enhancing pharmaceutical compound recovery without impacting natural habitats.
This study demonstrates that exogenous fibrolytic enzyme supplementation enhances growth performance and ruminal fermentation in grazing beef cattle during the tropical dry season, with its efficacy significantly amplified when integrated into protein–energy supplementation strategies rather than protein-only regimens.
This study demonstrates that immobilized *Chlorella vulgaris* beads in sodium alginate–polyvinyl alcohol matrices are significantly more effective than powder or paste formulations in alleviating salinity stress in rice by enhancing antioxidant enzyme activity, reducing oxidative damage, and improving photosynthetic performance through rhizospheric ion regulation and EPS-mediated chelation.
This study reports the development and validation of a cost-effective in-house indirect ELISA kit using DF-1 cell-adapted Infectious Bursal Disease Virus as an antigen, which demonstrated high sensitivity, specificity, and strong correlation with a commercial kit for detecting antibodies against the virus in chickens.
Based on an 11-year field experiment in the Yangtze River Basin, this study reveals that balanced dual-season nitrogen fertilization significantly enhances soil phosphorus availability and microbial diversity in rice-oilseed rape rotations by modulating soil properties and microbial communities, with water management serving as the overarching determinant of these effects.
This systematic review synthesizes evidence on tree bark's anatomical and chemical heterogeneity to establish a structure–chemistry–function–process–product framework that guides the development of commercially viable, circular forest biorefineries for valorizing bark into high-value materials, chemicals, and energy.