South China Agricultural University
Explore South China Agricultural University's available technologies.
Bacterial volatile attractants for sustainable Tephritidae fruit fly pest management
Research-derived biological attractant technology using bacteria-derived volatile compounds to lure Tephritidae fruit flies (including Bactrocera dorsalis), offering an eco-friendly alternative to conventional pesticide-...
Ryegrass-derived soil treatment agent for natural weed suppression
A bio-based soil treatment derived from decomposed ryegrass that inhibits weed seed germination, offering a potential natural alternative to chemical herbicides. Developed at South China Agricultural University, this sol...
Tangeretin-Based Plant-Derived Fungicide for Rice Blast Disease Control
A natural, plant-derived fungicide candidate using tangeretin and related polymethoxylated flavones to block rice blast disease by inhibiting fungal ferroptosis. Targets Magnaporthe oryzae infection with demonstrated eff...
Soybean gene-driven microbiome engineering for aluminum stress tolerance
Research collaboration opportunity investigating how the soybean GmMATE75 gene regulates recruitment of beneficial rhizosphere microbes to alleviate aluminum toxicity in acid soils. The project combines transgenic soybea...
Biocontrol fungal seed pelletization for soil pest management in cruciferous and solanaceous crops
A seed treatment technology that pelletizes small seeds (cruciferous and solanaceous crops) with biocontrol fungal agents to increase conidia loading and improve control of soil pests including striped flea beetles, nema...
Phenolic-heterocycle hybrid compounds as anti-virulence agents targeting Type III secretion system in phytopathogens
Novel molecular scaffolds designed by condensing phenolic compounds with bioactive heterocycles to suppress the Type III secretion system (T3SS) in plant pathogens. These anti-virulence agents offer an alternative strate...
Mycoherbicide using Exserohilum rostratum Y9511 for biological weed control in rice fields
A biological herbicide based on the fungal strain Exserohilum rostratum Y9511 that effectively controls Leptochloa chinensis (Chinese sprangletop) in rice cultivation. Laboratory testing demonstrated 100% control efficac...
Goosegrass herbicide resistance research and monitoring program
Research program investigating glyphosate and glufosinate resistance mechanisms in goosegrass (Eleusine indica) populations across South China, including multi-resistance identification, molecular mechanism analysis, and...
Rice gene for enhanced arbuscular mycorrhizal symbiosis and nutrient acquisition
Identification of a rice gene regulating arbuscular mycorrhizal fungi (AMF) symbiosis, mapped on chromosome 6, that enhances nutrient acquisition efficiency. This discovery offers breeding targets to maintain rice yield ...
Bioorganic fertilizer research for Fusarium wilt disease suppression in soybean and banana cropping systems
Research at South China Agricultural University investigates how bioorganic fertilizer components suppress Fusarium wilt disease in continuous soybean and banana cropping. The study disentangles the contributions of orga...
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