Stopping the inflammatory spiral: How Xuebijing protects the lung barrier in acute lung injury
Using an LPS-induced ALI mouse model and LPS-stimulated alveolar macrophages, they found XBJ reduced inflammatory cytokine surges, preserved…
Why 12°C is the sweet spot for keeping mangoes fresh longer?
By examining fruit physiology, cell structure, antioxidant systems, and gene expression, researchers found that moderate low-temperature storage preserves…
Maternal parent sets the pace: Imprinted genes linked to faster drying in hybrid maize seeds
Using multi-year field trials and transcriptome-wide allele-specific expression analyses, they showed maternal inbred choice can speed seed dehydration…
From straw to soil signals: Humic substances drive microbial metabolism and antibiotic resistance
By simulating natural humification using controlled thermal treatments of crop residues, researchers show that humic substances formed at…
A Redox switch for resilience: How a rubber tree gene strengthens plant stress defense
The gene, named HbRbohD, encodes a membrane-localized enzyme that triggers stress-responsive ROS signaling while simultaneously enhancing antioxidant protection. Through…
Hidden arsenic threat: Loss of underwater plants turns lake sediments from sink to source
The study shows that the loss of these plants, which control arsenic in sediments, can worsen contamination. Using…
Unraveling the flavor secrets of citrus Pu-erh tea: from volatiles to taste metabolites
They identified 47 key volatiles and assessed their sensory contributions using OAV, ACI, and omission tests. Non-targeted metabolomics…
Rhizosphere metabolites influence the spread of antibiotic resistance genes in soil-plant systems
Their study reveals that rhizosphere metabolites—substances secreted by plant roots—play a crucial role in regulating the distribution of…
Deep learning model reveals genetic keys to wheat freeze tolerance
By combining image-based traits with genome-wide association studies (GWAS), the study identified 11 genetic loci—eight of them previously…
New deep learning model sharpens accuracy in wheat spike counting
By optimizing growth-stage selection and introducing an improved YOLOX-P model, the study achieved precision levels above 95% while…