1958 papers
This study utilizes integrated phenotypic and transcriptomic analyses of Brangus beef cattle to identify distinct molecular strategies and candidate genes associated with thermotolerance, providing a foundation for genetic selection programs aimed at enhancing heat resilience in livestock.
This study demonstrates that dietary supplementation with purified β-glucan, particularly at 200 g/ton, enhances growth performance, upregulates immune-related genes, and significantly improves survival against AHPND in Pacific white shrimp more effectively than autolyzed yeast.
This study demonstrates that UAV-based NDVI monitoring effectively quantifies the severe impact of frost on native Ecuadorian maize, revealing that minimum temperature and relative humidity are the dominant factors driving canopy decline, surpassing the effects of planting density and nitrogen fertilization.
This study demonstrates that manipulating light spectral quality using LEDs significantly optimizes the morphophysiological development and acclimatization success of *Gomesa flexuosa* orchid plantlets, with red light enhancing vegetative growth and blue light improving photosynthetic efficiency.
This study in Sayo District, Ethiopia, demonstrates that integrating traditional and modern soil management practices, particularly combining organic manure with chemical fertilizers, yields significantly higher crop production than using either approach alone, thereby underscoring the need for policies that promote integrated soil fertility management to enhance food security and environmental sustainability.
In a calcareous semi-arid vineyard, bacterial biofertilizer at 100 mL per vine significantly improved must soluble solids in Boğazkere grapes compared to other organic sources and controls, while all treatments failed to correct a widespread leaf zinc deficiency and showed no significant impact on yield or berry traits.
This study demonstrates that applying biochar enriched with rabbit urine, either alone or in combination with NPK fertilizer, significantly enhances maize growth, physiological performance, and soil microbial activity in the acidic soils of Cameroon, offering a sustainable and low-cost alternative to conventional mineral fertilization.
This study demonstrates that leaves of the Cerrado-native tree *Caryocar brasiliense* possess significant in vitro and in vivo anthelmintic activity against *Haemonchus contortus* in sheep, offering a safe and sustainable alternative to control drug-resistant parasites.
This study demonstrates that fertilizing *Lemna minor* with anaerobic digested poultry manure at a weekly ammonium nitrogen concentration of 24 mg L⁻¹ significantly enhances its crude protein content and annual protein yield, offering a sustainable solution for high-quality livestock feed production in developing countries.
This study demonstrates that the recombinant SpPTP protein from *Strongyloides papillosus* acts as a promising vaccine candidate for goats, eliciting significant systemic and mucosal immune responses that result in partial protection against infection, evidenced by reduced egg hatching rates, fecal egg counts, and adult worm burdens.