微生物生物制剂在生物胁迫下植物防御机制中作为诱导子的效率 : 综述。
关键词: ABA, Abscisic acid BABA, β-Aminobutyric acid BTH, Benzothiadiazole CKRI, Cross kingdom RNA interference DAMPs, Damage-associated molecular patterns Defense mechanism ET, Ethylene ETI, Effector-triggered immunity Elicitors Fe, Iron GSH, Glutathione HAMP, Herbivore-associated molecular patterns HG, Heptaglucan HIR, Herbivore induced resistance HRs, Hormonal receptors ISR, Induced systemic resistance ISS, Induced systemic susceptibility Induced resistance JA, Jasmonic acid LAR, Local acquired resistance LPS, Lipopolysaccharides MAMPs, Microbe-associated molecular patterns MBCAs, Microbial biological control agents Microbiological bio-control agent N, Nitrogen NO, Nitric oxide P, Phosphorous PAMPs, Pathogen-associated molecular patterns PGP, Plant growth promotion PGPB, Plant growth promoting bacteria PGPF, Plant growth promoting fungi PGPR, Plant growth promoting rhizobacteria PRPs, Pathogenesis-related proteins PRRs, Pattern recognition receptors PTI, Pattern triggered immunity Plant defense Plant disease RLKs, Receptor-like-kinases RLPs, Receptor-like-proteins ROS, Reactive oxygen species SA, Salicylic acid SAR, Systemic acquired resistance TFs, Transcription factors TMV, Tobacco mosaic virus VOCs, Volatile organic compounds
来 源:
DOI:10.1016/j.crmicr.2021.100054
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