1958 papers
This review synthesizes the mechanisms of nanotechnology in food and beverage taste enhancement—spanning nanosensing, nanoencapsulation, texture modulation, and targeted delivery—while addressing their practical applications, societal implications, and the critical need for an integrated framework to guide future research and consumer acceptance.
This study optimizes a multi-step surface sterilization protocol using 70% ethanol followed by 3.5% sodium hypochlorite with Tween 20, which significantly enhances explant survival and reduces microbial contamination across three local Malawian banana cultivars, thereby facilitating large-scale micropropagation and germplasm conservation.
This study reveals that cattle manure in southern Malawi is universally contaminated with tetracycline-class residues and highly resistant Enterobacteriaceae, highlighting significant One Health risks from unregulated antibiotic use and the application of manure as fertilizer.
This study demonstrates that a blue/red LED light combination is the most effective spectral quality for optimizing the in vitro growth, physiological development, and successful ex vitro acclimatization of *Cattleya crispa*, outperforming white, red, and isolated blue light treatments.
This study evaluated the impact of rhinoplasty and staphylectomy on venous blood gas and electrolyte parameters in French Bulldogs with BOAS, revealing preoperative compensated respiratory acidosis and a trend toward ventilatory normalization post-surgery, though no statistically significant differences were found between pre- and postoperative values.
This study demonstrates that supplementing broiler chickens with a combination of superdose phytase and organic acidifiers, particularly in phosphorus-deficient diets, effectively enhances weight gain and reduces litter nitrogen excretion without negatively impacting blood biochemical parameters.
This study demonstrates that in ovo injection of Ocimum gratissimum leaf extract, particularly at a concentration of 50 µg/mL, significantly improves hatchability, reduces embryonic mortality, and enhances post-hatch growth performance and feed conversion in Cobb 500 broilers.
This study demonstrates that measuring N-acetyl-β-D-glucosaminidase (NAGase) activity alongside somatic cell count (SCC) effectively detects and differentiates both experimental and natural mastitis in dairy goats, particularly those caused by *Staphylococcus warneri*, offering a valuable adjunct biomarker for early diagnosis.
This study utilizes integrative GWAS and haplotype-based analysis in a barley multi-parent population to identify two major additive genomic hotspots on chromosomes 1H and 2H that confer resistance to bacterial leaf streak, providing valuable targets for breeding durable resistant varieties.
This study demonstrates that supplementing the diets of adult Labrador dogs with tropical seaweeds, particularly *Gracilaria salicornia*, significantly enhances antioxidant status and immune responses while reducing cortisol levels, without adversely affecting hematological or biochemical parameters.