Engineered plant-microbe symbioses could shield crops from drought and salt
A new review maps how engineered plant-microbe symbioses, from trait-based synthetic communities to rhizopine-based biased rhizospheres, could help crops withstand ...
A new review maps how engineered plant-microbe symbioses, from trait-based synthetic communities to rhizopine-based biased rhizospheres, could help crops withstand ...
Researchers have validated the pqqE gene as an effective molecular marker to track beneficial phosphate-solubilizing bacteria across cultures and agricultural ...
A new review in Discover Life details how seed pod photosynthesis contributes to crop yield and resilience, highlighting genetic mechanisms ...
A new perspective proposes a dual-framework model integrating UNESCO bioethics guidelines and human capacities to address biosafety challenges in synthetic ...
Whole-genome resequencing of 70 conventional japonica rice varieties from Zhejiang Province revealed two genetically divergent subgroups, 112 selection sweep regions, ...
Researchers have developed multi-scale gelatin and organosilicon microspheres that deliver avermectin on demand through biochemical triggers while enabling magnetic soil ...
A perspective review outlines India's regulatory hurdles, expanding field trials, and the judicial call for an autonomous biosafety authority for ...
A native Omani strain of the endophytic fungus Aureobasidium pullulans completely prevented leaf spot symptom development on olive leaves while ...
University of Missouri researchers used the AI-designed, open-source gene editor OpenCRISPR-1 to create rice plants that resist bacterial blight, with ...
Researchers developed RC Manichakhao 1, a semi-dwarf, high-yielding variety of black scented rice that doubles traditional yields while maintaining its ...
A review of 12 Polish studies finds that public acceptance of agricultural biotechnology depends strongly on its purpose, with medical, ...
The 2026 Nobel Prize-winning optogenetics technology is now being adapted to probe plant immune signaling, screen novel insecticides, and guide ...
In a groundbreaking advancement in agricultural biotechnology, a team of scientists led by Gao et al. has achieved remarkable improvements ...
In an intriguing study published in BMC Genomics, a research team, including prominent scientists Chen, Li, and Peng, has successfully ...
In a groundbreaking study, researchers have unveiled the complete mitochondrial genome of Maclura tricuspidata, a plant species common to East ...
In a transformative leap for agricultural biotechnology, researchers have identified a crucial gene family known as the BBX gene family, ...
In an era where bacterial resistance against conventional antibiotics poses a significant threat to global health, the exploration of novel ...
In a groundbreaking study published in BMC Genomics, researchers have unveiled the intricate tapestry of terpene synthases within the peanut ...
The global agricultural landscape is evolving continuously, with researchers tirelessly striving to enhance crop performance and yield. One significant development ...
Title: GenEditScan: Revolutionizing the Detection of Foreign DNA in Genome-Edited Crops In the rapidly evolving world of agricultural biotechnology, advances ...
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