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Siderophore signaling and cross-kingdom communication in plant-microbe interactions

Agricultural Microbiology

Siderophore Production by Agricultural Microbes

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Molecular mechanisms of siderophore synthesis in rhizospheric bacteria Siderophore diversity and structural characterization across microbial taxa Iron bioavailability enhancement through siderophore-mediated plant nutrient acquisition Siderophore production under environmental stress and soil limitation scenarios Competitive interactions and siderophore warfare in microbial soil communities Siderophore-receptor systems and iron transport kinetics in agricultural microorganisms Metagenomic and transcriptomic profiling of siderophore production in field soils Synthetic biology approaches for engineering enhanced siderophore-producing agricultural microbes Siderophore-mediated biofilm formation and persistence of plant-beneficial microorganisms

Agricultural Microbiology › Siderophore Production by Agricultural Microbes

Siderophore signaling and cross-kingdom communication in plant-microbe interactions

This research investigates whether siderophores function as molecular signals in plant-microbe communication and how plants perceive and respond to microbial siderophore production at the biochemical and transcriptomic levels. The findings reveal potential mechanisms by which siderophore-producing microbes enhance plant immunity and growth promotion.

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