1903 papers
This study demonstrates that plant-derived saponins from alfalfa, astragalus, and licorice exert source-specific effects on growing lambs by differentially modulating rumen microbiota and fermentation to distinctively alter intramuscular fatty acid profiles and meat color without impacting overall growth performance.
This field study on mustard crops in India identified the seasonal prevalence and abiotic correlations of major insect pests, demonstrating that botanical treatments, particularly Jeevamrit and neem-based products, effectively manage the destructive mustard aphid while supporting eco-friendly integrated pest management strategies.
This study presents a biotechnology framework for synthesizing and engineering stabilized derivatives of the plant immune second messenger pRib-AMP, which, when applied to crops like Arabidopsis, Nicotiana benthamiana, and oilseed rape, effectively enhance disease resistance through natural defense pathways while minimizing growth penalties.
A field experiment in Adiyo District, Ethiopia, demonstrated that integrating 5 tons of biochar with 50 kg of NPSB fertilizer significantly enhances the grain yield of the Gebelcho faba bean variety, offering a viable strategy to improve productivity and food security for smallholder farmers.
This study demonstrates that a bilayer active packaging film composed of Persian acorn starch and cinnamon oil-enriched electrospun zein nanofibers significantly extends the microbial, chemical, and sensory shelf life of refrigerated rainbow trout fillets compared to control and single-layer treatments.
This study demonstrates that coupling nano-iron-modified biochar with electrochemistry significantly enhances methanogenesis and shock resistance in food waste anaerobic digestion at high organic loading rates by optimizing microbial community dynamics, upregulating key metabolic genes, and improving thermodynamic conditions to mitigate acidification.
This study demonstrates that incorporating specific geological materials from Egypt's Western Desert, particularly combinations of bentonite and glauconite with green siltstone, significantly enhances the growth, photosynthetic efficiency, and osmotic adjustment of maize seedlings in nutrient-poor sandy soils by improving ionic balance and nutrient availability.
This study demonstrates that leaf powders from *Tithonia diversifolia*, *Senna alata*, *Chromolaena odorata*, and *Eucalyptus grandis* exhibit significant insecticidal activity against the maize weevil *Sitophilus zeamais*, offering eco-friendly and sustainable alternatives to synthetic pesticides for protecting stored maize in resource-constrained settings.
This study demonstrates that combining poultry manure with a *Pseudomonas fluorescens* bacterial consortium significantly enhances the biodegradation of anthracene and chrysene in agricultural soils, particularly in non-sterile conditions where indigenous microflora are active.
This study demonstrates that optimizing garbage enzyme fermentation from kitchen waste using a specific molasses-to-diced-substrate-to-water ratio and Emzeo inoculant yields a bio-active solution that can be successfully formulated into a sustainable, sulfate-free bio-shampoo with effective cleansing properties and a scalp-friendly pH, thereby addressing both waste management and green product development.