Showing 1,241 - 1,260 results of 1,700 for search '"insect"', query time: 0.11s Refine Results
  1. 1241
  2. 1242

    Search for biocontrol agents among endophytic lipopeptidesynthesizing bacteria <i>Bacillus</i> spp. to protect wheat plants against Greenbug aphid (<i>Schizaphis graminum</i>) by S. D. Rumyantsev, V. Y. Alekseev, A. V. Sorokan, G. F. Burkhanova, E. A. Cherepanova, I. V. Maksimov, S. V. Veselova

    Published 2024-05-01
    “…Beneficial endophytic bacteria can suppress the development of insect pests through direct antagonism, with the help of metabolites, or indirectly by the induction of systemic resistance through the regulation of hormonal signaling pathways. …”
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    Article
  3. 1243

    Sprayable solutions containing sticky rice oil droplets reduce western flower thrips damage and induce changes in Chrysanthemum leaf chemistry by Thijs V. Bierman, Hocelayne P. Fernandes, Hocelayne P. Fernandes, Young H. Choi, Sumin Seo, Klaas Vrieling, Mirka Macel, Bram Knegt, Thomas E. Kodger, Ralph van Zwieten, Peter G. L. Klinkhamer, T. Martijn Bezemer

    Published 2025-01-01
    “…In conclusion, our study provides new information on how the application of a new plant-based plant protection product affects insect herbivores and alters crop phytochemistry for improved herbivore resistance.…”
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    Article
  4. 1244
  5. 1245

    21st century Latin American synthetic peptides for their application in antivenom production by Jésica A. Rodríguez, Gabriela R. Barredo-Vacchelli, Joaquin A. Eloy, Silvia A. Camperi

    Published 2024-09-01
    “…Epitopes have been identified from many clinically important toxins in Latin American snakes (snake venom metalloproteinases, snake venom serine proteases, crotamine, phospholipases A2, and three-finger toxins), scorpions (beta-mammal/insect toxin Ts1, alpha-mammal toxin Ts2, alpha-mammal toxin Ts3, toxin Ts4, and beta-mammal Tt1g neurotoxin), and spiders (dermonecrotic toxin and delta-ctenitoxin-Pn2a). …”
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  6. 1246
  7. 1247

    Predatory Functional Response of Harmonia sedecimnotata to Aphis craccivora by Jiaru DENG, Zhiwei LIU, Lizhi HUO, Longhua SUN

    Published 2024-11-01
    “…In practical application, suitable insect state and quantity should be adopted according to the occurrence density of A. craccivora.…”
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  8. 1248

    Evaluation of Six Novel Protein Sources on Apparent Digestibility in Pacific White Shrimp, Litopenaeus vannamei by Xiaoyue Li, Yongkang Chen, Chaozhong Zheng, Shuyan Chi, Shuang Zhang, Beiping Tan, Shiwei Xie

    Published 2022-01-01
    “…To conclude, newly developed protein sources such as single-cell protein (CAP, BPM, and CM) showed great potential as a fishmeal alternative, and insect protein meals (TM and BSFLM) were less effective for shrimp compared to the CD. …”
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    Article
  9. 1249

    Single‐cell sequencing reveals the features of adaptive immune responses in the liver of a mouse model of dengue fever by Yizhen Yuan, Qian Chen, Zhe Li, Fangzhou Cai, Dan Li, Wei Wang

    Published 2025-01-01
    “…Abstract Background Dengue fever, an acute insect‐borne infectious disease caused by the dengue virus (DENV), poses a great challenge to global public health. …”
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  10. 1250

    Single dose of recombinant baculovirus vaccine expressing sigma B and sigma C genes provides good protection against novel duck reovirus challenge in ducks by Yufei Wang, Siyi Xu, Xia Chen, Yunlong Dou, Xingzhu Yang, Zenglei Hu, Shuang Wu, Xiaoquan Wang, Jiao Hu, Xiufan Liu

    Published 2025-01-01
    “…Here, we developed two subunit vaccine candidates for NDRV based on the insect cell-baculovirus expression system (IC-BEVS). …”
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  11. 1251

    The contrasted impacts of grasshoppers on soil microbial activities in function of primary production and herbivore diet by Ibanez, Sébastien, Foulquier, Arnaud, Brun, Charles, Colace, Marie-Pascale, Piton, Gabin, Bernard, Lionel, Gallet, Christiane, Clément, Jean-Christophe

    Published 2023-01-01
    “…This pattern can be explained by the loss of carbon associated with insect respiration, which increases the resource requirements of microbes and by a lower production of root exudates by conservative species. …”
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    Article
  12. 1252
  13. 1253

    Molecular Phylogenetics and Estimation of Evolutionary Divergence and Biogeography of the Family Cordycipitaceae (Ascomycota, Hypocreales) by Huili Pu, Jiao Yang, Nemat O. Keyhani, Lixia Yang, Minhai Zheng, Chenghao Qiu, Yuchen Mao, Junya Shang, Yongsheng Lin, Chengjie Xiong, Longbing Lin, Pengyu Lai, Yanbin Huang, Xin Yuan, Huiling Liang, Longfei Fan, Xiaoli Ma, Chunjin Qiu, Junzhi Qiu

    Published 2025-01-01
    “…The Cordycipitaceae family of insecticidal fungi is widely distributed in nature, is the most complex in the order Hypocreales (Ascomycota), with members displaying a diversity of morphological characteristics and insect host ranges. Based on Bayesian evolutionary analysis of five genomic loci(the small subunit of ribosomal RNA (SSU) gene, the large subunit of ribosomal RNA (LSU) gene, the translation elongation factor 1-α (<i>tef1-α</i>) gene, the largest subunit of RNA polymerase II (<i>rpb1</i>), and the second largest subunit of RNA polymerase II (<i>rpb2</i>), we inferred the divergence times for members of the Cordycipitaceae, improving the internal phylogeny of this fungal family. …”
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  14. 1254
  15. 1255

    A chromosome-level genome assembly of Meteorus pulchricornis Wesmael (Hymenoptera: Braconidae) by Shiji Tian, Ruizhong Yuan, Xingzhou Ma, XiaoHan Shu, Yu Fang, Zhaohe Lu, Qiuyu Qu, Yu Jin, Jiabao Gong, Yanlin Peng, Ziqi Wang, Xiqian Ye, Xuexin Chen, Pu Tang

    Published 2025-01-01
    “…Abstract Meteorus pulchricornis Wesmael (Hymenoptera: Braconidae) is an important parasitoid of lepidopteran insects. So far, only three scaffold-level genomes have been published for the genus Meteorus. …”
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  16. 1256
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  20. 1260

    Optimal Pest Control Strategies with Cost-effectiveness Analysis by Ihza Rizkia Fitri, Farida Hanum, Ali Kusnanto, Toni Bakhtiar

    Published 2021-01-01
    “…This study evaluates the application of three dynamical measures of controls, namely, green insecticide, mating disruption, and the removal of infected plants, in controlling pest insects. A model was built to describe the interaction between plants and insects as well as the circulation of the pathogen. …”
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