PubMed: Specialization of independently acquired flagellar FliC p... iNaturalist: Trending: Virginia Springbeauty (Claytonia virginica) — 1... iNaturalist: Trending: common blue violet (Viola sororia) — 1091 obser... iNaturalist: Trending: bloodroot (Sanguinaria canadensis) — 983 observ... iNaturalist: Trending: lesser celandine (Ficaria verna) — 812 observat... iNaturalist: Trending: cut-leaved toothwort (Cardamine concatenata) — ... iNaturalist: Trending: giant white fawn lily (Erythronium oregonum) — ... iNaturalist: Trending: Red-flowering Currant (Ribes sanguineum) — 116 ... PubMed: Specialization of independently acquired flagellar FliC p... iNaturalist: Trending: Virginia Springbeauty (Claytonia virginica) — 1... iNaturalist: Trending: common blue violet (Viola sororia) — 1091 obser... iNaturalist: Trending: bloodroot (Sanguinaria canadensis) — 983 observ...
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nutrient-signaling

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Nutrient-signaling describes the molecular pathways through which plants detect and respond to nutrient availability in their environment. This is crucial for plant biology because it regulates nutrient uptake, allocation, and metabolic processes essential for growth and development. Unraveling these signaling mechanisms is key to developing crops with improved nutrient use efficiency and resilience to nutrient-limited soils.

Strigolactone Signaling Controls Tillering Response to Phosphorus in Oryza sativa

PubMed · 2026-02-09

Rice uses a hormone signal to count its phosphorus supply and adjust how many shoots it grows accordingly.

1

Low P triggers strigolactone biosynthesis

2

Strigolactone suppresses tiller buds

3

Architecture matches nutrient availability

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Rice

Related Topics

plant-hormones rice