Engineered Soil Bacteria Rewire Rice Roots to Block Cadmium Uptake
A genetically engineered Citrobacter soil bacterium reshapes the rice rhizosphere microbiome and reprograms root proteins to cut cadmium uptake, according ...
A genetically engineered Citrobacter soil bacterium reshapes the rice rhizosphere microbiome and reprograms root proteins to cut cadmium uptake, according ...
A new review maps methane and nitrous oxide emissions across Indonesia's flooded rice paddies and weighs whether biochar from rice ...
A drought-inducible GOC photorespiratory bypass in rice switched on its transgenes tens of times above baseline under stress, yet the ...
A new review details how stacking multiple resistance genes with marker-assisted selection is producing rice lines that withstand bacterial leaf ...
A new review shows ultrasound can modify starch, shorten drying, and extract anthocyanins from pigmented rice, though direct evidence of ...
Researchers in India used gamma-ray mutagenesis to create eight salinity-tolerant rice mutant lines that retain the premium grain quality and ...
A new review in Frontiers in Industrial Microbiology charts the shift from single-strain bacterial inoculants to engineered synthetic microbial communities ...
Researchers in India used drone imagery and a ResNet-50-based hybrid deep learning model to classify three rice establishment methods with ...
A comparative genomics study in groundnut shows that rice seed-size genes GW5, GW7, GS3 and GS2 are expressed differently in ...
Every year, millions of tons of quinoa husks are discarded as a bitter, anti-nutritional waste product of grain processing. A ...
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© 2025 Scienmag - Science Magazine