HIGHLIGHTS
- who: Elsa Matthus and colleagues from the Washington State University, United States have published the research work: Phosphate-deprivation and damage signalling by extracellular ATP, in the Journal: (JOURNAL)
SUMMARY
Phosphate (Pi) deprivation is readily experienced in the field without fertilizer input (Alewell et_al, 2020) and leads to lower cellular and cytosolic Pi levels within minutes (Duff et_al, 1989; Pratt et_al, 2009). Deficiency triggers a shift to alternative metabolic pathways which consume less Pi (Duff et_al, 1989; Plaxton and Tran, 2011; Pant et_al, 2015) and phosphorylated metabolites decrease (Pant et_al, 2015). Phospholipids are . . .
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