2005 papers
This study characterizes the geographic and seasonal prevalence of *Plenodomus lingam* and *P. biglobosus* in Swedish winter oilseed rape and reveals that while host resistance genes *LepR1* and *LepR2* remain effective, the high frequency of *P. lingam* isolates virulent on *Rlm7* signals an urgent need for ongoing monitoring to prevent resistance breakdown.
This study utilizes farm-level data and advanced econometric models to identify key socio-economic drivers and structural barriers influencing the adoption of Climate-Smart Agriculture (CSA) in vulnerable regions, demonstrating that while factors like education and credit access significantly boost adoption and rice yields, overcoming institutional and financial constraints through targeted policy and extension services is critical for enhancing agricultural resilience.
This study demonstrates that a modular aeroponics system, utilizing a specifically formulated nutrient solution, is a technically functional and feasible method for rapidly producing clean seed yams to address scarcity and boost food security in Nigeria.
This study investigates the seed germination of four native tree species in Eastern Rwanda, revealing that germination success varies significantly by species and pre-germination treatment, thereby highlighting the need for species-specific propagation methods and supportive policies to promote the domestication of native trees for ecological restoration.
A cross-sectional study of swine farms in Cavite, Philippines, revealed a high prevalence (83.76%) of antimicrobial resistance genes in *E. coli*, with quinolone resistance being most common and showing distinct geographic clustering that underscores the need for localized surveillance and intervention strategies.
This study demonstrates that skim milk-based cryoprotectants, particularly those supplemented with sucrose for freeze-drying or sodium glutamate for long-term storage, significantly enhance the viability of wild boar-derived lactobacilli strains intended for use as probiotics in animal husbandry.
This study demonstrates that substituting refined bread flour with 25–50% whole grain flours from purple, einkorn, and spelt wheat significantly enhances nutritional profiles while maintaining acceptable technological and sensory qualities, with einkorn emerging as the most promising candidate due to its superior protein content and overall acceptability.
Supplementing pre-ruminant calves with xylan hydrolysate containing xylooligosaccharides (XOS-SCB) significantly improved intestinal health, immune function, and antioxidant status by enhancing beneficial gut bacteria, reducing pathogens, and lowering oxidative stress compared to control and inulin groups.
Topical application of dsRNA derived from the ZYMV P1 gene significantly enhances resistance in zucchini against the virus, achieving 62% protection and outperforming previous dsRNA strategies targeting other viral cistrons.
This study demonstrates that calcium supplementation mitigates drought stress in mulberry seedlings by enhancing photosynthetic gene expression and activating phenylpropanoid biosynthesis pathways, as revealed through integrated physiological, transcriptomic, and metabolomic analyses.