Plants’ Double-Headed Defenders: How Multifunctional Enzyme Inhibitors Could Reshape Crop Protection
A new review in Plant Molecular Biology defines plant multifunctional inhibitors as a distinct class of double-headed defense proteins and ...
A new review in Plant Molecular Biology defines plant multifunctional inhibitors as a distinct class of double-headed defense proteins and ...
Researchers in India have developed a hierarchical feature fusion transformer that identifies seventeen jute pest species with 98.43 percent accuracy, ...
Researchers have unveiled an explainable deep learning framework that detects insect crop pests in real time with up to 98 ...
A comprehensive review finds that bioactive compounds from microalgae, cyanobacteria, and seaweeds can kill insects, nematodes, fungi, bacteria, viruses, and ...
A sweeping new review argues that RNA interference could become a cornerstone of sustainable crop protection, but variable pest responses, ...
A new vision–language framework called CLARiF combines diagnostic captioning, part-level segmentation, and retrieval-informed re-ranking to achieve state-of-the-art fine-grained pest recognition ...
A new review highlights how four-stranded G-quadruplex DNA and RNA structures regulate plant stress responses and insect development, and how ...
A 19-year analysis of Ethiopian survey data finds that soil conservation, crop protection and water catchment practices, rather than added ...
A new review in Plant Cell Reports maps how the benzoxazinoid defense pathway evolved differently across maize, wheat, and rice, ...
French researchers found that mandarin peel and coffee bean extracts act synergistically to repel the pea aphid, cutting the effective ...
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© 2025 Scienmag - Science Magazine