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<p>Plant roots inhabit a bustling microbial world, where they trade nutrients with bacteria and fungi in complex relationships that can be both beneficial and costly. To navigate these interactions, plants assess their internal nutrient status and the reliability of potential microbial partners. In this review, we explore how peptide hormone signaling integrates nitrogen and phosphorus availability with microbial interactions and discuss potential applications for peptide biotechnology in manipulating plant-microbe interactions.</p>

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Fundamental and applied insights into peptide hormones linking nitrogen and phosphate sensing to microbial interactions

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年4月1日

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  • Carl L. McCombe,
  • Gozde S. Demirer

摘要

Plant roots inhabit a bustling microbial world, where they trade nutrients with bacteria and fungi in complex relationships that can be both beneficial and costly. To navigate these interactions, plants assess their internal nutrient status and the reliability of potential microbial partners. In this review, we explore how peptide hormone signaling integrates nitrogen and phosphorus availability with microbial interactions and discuss potential applications for peptide biotechnology in manipulating plant-microbe interactions.