科研产出
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130201ESSENTIAL MEIOTIC ENDONUCLEASE 1 is required for chloroplast development and DNA repair in rice
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来源:PLANT BIOTECHNOLOGY JOURNAL
关键词: chloroplast development; DNA repair; rice
年份:2025
130202A compound produced by Helicoverpa armigera male genitalia activates a conserved pheromone receptor
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来源:JOURNAL OF INTEGRATIVE AGRICULTURE
关键词: Helicoverpa armigera; male sex pheromone; Z7-12:OAc; single sensillum recording; two-electrode voltage-clamp
年份:2025
130203Application of multi-omics technology in pathogen identification and resistance gene screening of sheep pneumonia
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来源:BMC GENOMICS
关键词:
Sheep; Multi-omics; Pathogen identification;
年份:2025
130204Genome-Wide Analysis and Genomic Prediction of Chilling Tolerance of Maize During Germination Stage Using Genotyping-by-Sequencing SNPs
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机构:
来源:AGRICULTURE-BASEL
关键词: maize; chilling tolerance; germination; genomic prediction; SNP; association mapping
年份:2024
130205Genome-Wide Selection Signals Reveal Candidate Genes Associated with Plateau Adaptation in Tibetan Sheep
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来源:ANIMALS
关键词:
high-altitude adaptation; Tibetan sheep;
年份:2024
130206Developing an Uncrewed Aerial Vehicle (UAV)-Based Prediction Model for the Rice Harvest Index Using Machine Learning
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机构:
来源:AGRICULTURE-BASEL
关键词: rice; harvest index; UAV remote sensing; machine learning
年份:2025
130207Global comprehensive evaluation shows that green manure enhances crop productivity while mitigating gaseous nitrogen losses
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来源:RESOURCES CONSERVATION AND RECYCLING
关键词: Crop productivity; Green manure; Global assessment; N2O; NH3
年份:2025
130208Introgression of ZmCPK39 in maize hybrids enhances resistance to gray leaf spot disease without compromising yield
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来源:MOLECULAR BREEDING
关键词:
Maize; Marker-assisted selection;
年份:2025
130209The Impact of Acute Ammonia Nitrogen Stress on the Gill Tissue Structure and Antioxidant Ability of Gills and Red and White Muscle in Juvenile Yellowfin Tuna (Thunnus albacares)
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来源:ANTIOXIDANTS
关键词: NH3-N; juvenile yellowfin tuna; gill tissue sections; muscle; antioxidant ability
年份:2024
130210Mechanistic insight into confined Fenton system in the MXene layer (MXene-Fe@PES) for enhanced aquatic contaminant removal
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机构:
来源:WATER RESEARCH
关键词: Confinement strategy; Two-dimensional materials; MXene-Fe@PES; Fenton-like; Contaminant removal; Dissolved organic matter
年份:2025