1932 papers
This study utilizes a multi-criteria profiling model to rank food allergens in Saudi Arabia, identifying eggs, dairy, and peanuts as the highest-risk allergens to inform evidence-based food safety regulations and policies.
This study in Ethiopia's Yayu Coffee Forest Biosphere Reserve demonstrates that natural forest and semi-forest coffee systems maintain significantly higher total ecosystem carbon stocks than homegarden systems, primarily due to the preservation of native shade trees and reduced soil disturbance, highlighting their superior potential for climate change mitigation.
This study demonstrates the successful valorization of sweet whey from Rwandan dairy processors into high-purity lactic acid using an optimized indigenous *Lactobacillus* strain, achieving a high yield and significant environmental impact through reduced chemical oxygen demand.
This study presents an integrated methodological toolbox for *Trypanosoma evansi* that combines in vivo isolation, in vitro culture, multi-host serological and molecular diagnostics, and ultrastructural expansion microscopy to enable stable parasite maintenance, accurate surveillance, and detailed cellular analysis, including the discovery of kinetoplast DNA absence in a specific strain.
This study demonstrates that grazing chicory reduces cyathostomin egg excretion and reshapes the equine nemabiome and gut microbiota while maintaining host physiological stability, positioning it as a promising ecological alternative for parasite control despite the need for further research into its long-term microbial consequences.
This study evaluated 77 sweet potato germplasm resources across selenium-rich and low-selenium soil regions to analyze trait variations and identify top-performing varieties, such as Zhenghong 163, Longzi 9, and Guangzishu 9, as optimal candidates for selenium-enriched breeding and industrial development.
A two-year field study in India demonstrates that using a precision inter-row herbicide applicator (IRHA) for sequential pendimethalin and imazethapyr application significantly improves weed control, crop safety, green pod yield, and economic returns in vegetable pea compared to conventional post-emergence spraying methods.
This study introduces PRISM-CROP, a novel probabilistic framework that integrates stratified meta-learning, temporal decay, and cascaded confidence architectures to significantly outperform existing models in the early detection and calibrated uncertainty quantification of crop production anomalies across India's diverse agricultural landscape.
This review examines recent advances in Recombinase Polymerase Amplification (RPA)-based analytical platforms for the rapid detection of foodborne pathogens, highlighting their transition from single-target assays to integrated systems while addressing critical challenges in sample preparation, specificity, and real-world validation.
This study demonstrates that an oil-based formulation of the native *Beauveria bassiana* VKA 01 isolate using palm oil as a carrier and 3% glycerol as an adjuvant significantly enhances conidial viability, maintaining commercially acceptable shelf life for up to five months.