1903 papers
This retrospective study of 228 dogs undergoing splenectomy reveals that while hemoperitoneum is a strong predictor of splenic malignancy, particularly hemangiosarcoma, the overall near-equal distribution of neoplastic and non-neoplastic lesions challenges the traditional "two-thirds rule" regarding the prevalence of cancer in canine splenic masses.
This study developed a palatable, antioxidant-rich beverage by co-formulating the bitter Exocarpium Citri Grandis with mulberry and hawthorn juices, successfully masking its bitterness while retaining its functional properties.
The rice mutant Pooya achieves durable, broad-spectrum resistance to *Magnaporthe oryzae* without yield penalties through a constitutively elevated WRKY45 expression that orchestrates an immune-primed state characterized by rapid ROS signaling, enhanced phenylpropanoid metabolism, and sustained photosynthetic capacity.
Replacing peanut vine hay with wheat husk in buffalo diets linearly decreases dry matter and crude protein degradability while increasing fiber utilization and butyrate production, driven by shifts in key rumen bacterial communities, ultimately demonstrating wheat husk as a viable alternative that improves fiber digestion without increasing methane emissions.
This prospective multicentric study demonstrates that monthly administration of afoxolaner significantly reduces relapse frequency and flea-associated flare-ups in dogs with atopic dermatitis, supporting ectoparasite prevention as an integral component of multimodal management.
This study demonstrates that edible coatings enriched with purple chrysanthemum extract, which possesses the highest antioxidant and antimicrobial properties among tested colors, effectively extend the shelf life and maintain the quality of table grapes during room-temperature storage by reducing microbial growth and physicochemical deterioration.
This study elucidates the divergent physiological and transcriptomic mechanisms underlying chilling tolerance in contrasting zoysiagrass cultivars and demonstrates that exogenous chitosan application effectively mitigates chilling injury in sensitive cultivars by enhancing antioxidant capacity and modulating key stress-responsive gene expression.
This study demonstrates that immunomagnetic separation coupled with culture and molecular methods effectively detects and recovers *Shigella* spp. in highly contaminated ready-to-eat salads, with significantly higher success rates at 100 CFU/g compared to 10 CFU/g and a notable natural occurrence in one uninoculated sample.
A 2026 cross-sectional study of ready-to-eat street foods in Nyamirambo–Biryogo, Rwanda, reveals that 72% of samples exceeded microbiological safety limits with high prevalence of *Salmonella*, *E. coli*, and *S. aureus*, alongside significant multidrug resistance, underscoring urgent needs for improved hygiene, temperature control, and regulatory enforcement to mitigate foodborne disease risks.
This study demonstrates that increasing bio-organic fertilizer application rates differentially accelerate the degradation of black versus white biodegradable mulch films while significantly enhancing soil nutrient availability, enzyme activities, and the abundance of polyester-degrading microbes, with the black film combined with the highest fertilizer dose (90 g) yielding the most favorable outcomes.