AI Article Synopsis

  • A controlled infection assay was developed to study host-microbe interactions specifically for soybean plants.
  • Soybean seedlings were mechanically wounded and inoculated with specific bacterial strains to simulate insect herbivory.
  • The effects of bacterial infection on plant health were assessed through metrics like growth height, flowering time, chlorophyll levels, and seed production, alongside confirming bacterial presence using advanced techniques.

Article Abstract

To investigate the establishment and consequences of host-microbe interactions, it is important to develop controlled infection assays suitable for each system, as well as appropriate methods to evaluate successful infection and its associated effects. Here, we describe a procedure for bacterial inoculation of soybean plants, followed by the assessment of systemic infection and impact on plant fitness. Soybean () seedlings were mechanically wounded using a device that mimics insect herbivory and inoculated with known cell numbers of bacteria previously isolated from an insect host. The impact on the plants was evaluated by monitoring changes in height, time to flowering and chlorophyll content during plant development, and by quantifying seed production in comparison to plants inoculated with sterile water. The presence and proliferation of bacterial infection were examined in tissues from developed plants using quantitative PCR and fluorescence hybridization (FISH).

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC8438386PMC
http://dx.doi.org/10.21769/BioProtoc.2663DOI Listing

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