The Plant as Metaorganism and Research on Next-Generation Systemic Pesticides - Prospects and Challenges.

摘要: Systemic pesticides (SP) are usually recommended for soil treatments and as seed coating agents taken up from the by involving various plant-mediated processes, physiological morphological attributes of root systems. Microscopic insights next-generation sequencing combined with bioinformatics allow us now to identify new functions interactions plant-associated bacteria perceive plants meta-organisms. Host symbiotic, rhizo-epiphytic, endophytic microorganisms their on have not been studied yet in accordance uptake, tanslocation action pesticides. Root tips exudates mediated rhizobacteria could modify uptake specific while bacterial ligands enzymes can affect metabolism fate pesticide within plant. Over expression proteins cell membrane also influx roots. Moreover, other compartments involved modes resistance development. In this article it is discussed what known including apoplastic, symplastic trans-membane transport systemic intercommunication dictated plant-microbe, intracellular signaling. Prospects challenges translocation, storage, exudation, given through prism plant microbiome. Interactions applied microbiome summarized scrutinize