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News
Seesaw Immune Module Explains Why Rice Lost a Powerful Disease Resistance
14+ hour, 4+ min ago (74+ words) Rice feeds more than half of humanity, yet its two great subspecies have taken strikingly different evolutionary paths when it comes to fighting one of its most destructive diseases. A recent commentary published in Stress Biology by Yachun Su, Shoujian…...
Epigenetic Switches Could Arm Rice Against Its Deadliest Pathogens
21+ hour, 10+ min ago (679+ words) Rice feeds more than half of humanity, yet every harvest season it fights a silent war against two devastating enemies: the fungus Magnaporthe oryzae, which causes rice blast, and the bacterium Xanthomonas oryzae pv. oryzae, the agent of bacterial blight....
Polyubiquitin Repositioning Reshapes Pathological Tau Fibril Structures in
21+ hour, 42+ min ago (668+ words) The pathological proteins that accumulate in the aging human brain are not amorphous debris. They are highly ordered molecular assemblies, and their precise atomic architecture can determine which neurodegenerative disease a patient develops, how fast it progresses, and how it…...
Transformer-based pipeline enables scalable phenotyping of rice root
5+ day, 10+ hour ago (810+ words) Rice feeds more than half of humanity, but its flooded paddies come with a hidden atmospheric cost: waterlogged soils trap oxygen, push roots into anaerobic stress, and foster the microbes that produce methane, one of the most potent greenhouse gases....