1903 papers
Genetic mapping of two independent durum wheat accessions revealed that leaf rust resistance in both is controlled by a single dominant gene located within the same 2.07 Mb interval on chromosome 6BS, where RGA5 and WAK genes were identified as potential candidates.
The study demonstrates that engineering *Cupriavidus necator* to express *Pseudomonas putida* PHA synthase enables the efficient production of tunable short-chain-length/medium-chain-length PHA copolymers from mixed molasses and palm oil substrates via a two-stage fed-batch fermentation process.
This study demonstrates the successful field integration of a two-stage rotary-nozzle UAV dispenser for aerial shrimp feeding in Seychelles, validating its mechanical functionality under wind conditions while outlining specific design limitations and scale-up requirements for future production-oriented testing.
This study identifies the nonconventional yeast *Sugiyamaella novakii* as a multifunctional biocatalyst capable of producing extracellular xylanases and converting xylan-rich agricultural residues into xylitol and ethanol via an integrated, enzyme-free bioprocess, thereby advancing sustainable lignocellulose valorization.
This study adapted a nitrobluetetrazolium (NBT) infiltration protocol to successfully detect and localize superoxide radical accumulation in bell pepper roots infected with *Meloidogyne enterolobii*, confirming the genotype's susceptibility and linking increased gall formation to free radical production.
Integrating Salicylic Acid into conventional fungicide programs for 'Honeycrisp' apples reduces synthetic chemical usage by up to 27% without compromising disease control or fruit quality, offering a viable strategy for sustainable summer disease management.
This study demonstrates that integrating UAV-based RGB imagery with a transfer-learned YOLOv26 deep learning model enables the early detection of bacterial leaf blight in rice as early as 12 to 15 days after inoculation, achieving high prediction accuracy for specific treatments despite the need for further refinement in image acquisition to improve overall model stability.
This study demonstrates that indigenous *Bacillus thuringiensis* isolates, particularly RM12, T20B, and T32, possess diverse toxin genes and crystal morphologies with toxicity levels comparable to the reference strain HD1, highlighting their significant potential for developing novel biopesticides to manage insecticide-resistant *Plutella xylostella*.
This study demonstrates that zinc oxide nanoparticles synthesized via *Pelargonium graveolens* essential oil are effective, eco-friendly insecticides against the stored-product pest *Tribolium confusum*, achieving 86.67% mortality at 150 mg/mL with an LC50 of 5.5 mg/mL.
This study demonstrates that ⁶⁰Co γ-ray irradiation of *Spodoptera litura* pupae effectively induces dose-dependent sterility in both parental and subsequent generations without significantly compromising adult deformity, longevity, or flight ability, thereby supporting the potential application of this method in sterile insect technique programs.