Smart soils to observe hidden rhizosphere processes
D. Patko, Q. Yang, Y. Liu…·L. X. Dupuy
The paper develops smart soils made from fluoropolymer waste to monitor rhizosphere chemical dynamics, enabling faster genetic and agrochemical screening.
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3 papers
Recent·Most cited
D. Patko, Q. Yang, Y. Liu…·L. X. Dupuy
The paper develops smart soils made from fluoropolymer waste to monitor rhizosphere chemical dynamics, enabling faster genetic and agrochemical screening.
S. Robertson-Albertyn, F. Concas, L. H. Brown…·D. Bulgarelli
The paper presents a genome-annotated bacterial collection from barley rhizosphere microbiota, showing broad phylogenetic diversity in plant growth-promoting traits.
Y. Liu, D. Patko, I. Engelhardt…·L. X. Dupuy
The paper develops 3D live microscopy to track Bacillus subtilis interactions with lettuce roots in soil, revealing new patterns of bacterial movement and colonization.