Rhizosphere microbial community composition affects cadmium and zinc uptake by the metal-hyperaccumulating plant Arabidopsis halleri

Medicine & Life Sciences

• Rhizosphere 98%
• Arabidopsis 82%
• Cadmium 71%
• Microbiota 62%
• Soil 61%
• Zinc 60%
• Metals 54%
• Lysobacter 11%
• Growth 9%
• Environmental Biodegradation 9%
• Streptomyces 7%
• rRNA Genes 6%
• 16S Ribosomal RNA 6%
• High-Throughput Nucleotide Sequencing 6%
• Cell Count 4%
• DNA 3%

Agriculture & Biology

• Arabidopsis halleri 100%
• microbial communities 60%
• cadmium 56%
• rhizosphere 55%
• metals 47%
• uptake mechanisms 42%
• soil 24%
• phytoaccumulation 17%
• remediation 16%
• plant growth 15%
• microbiome 13%
• Agromyces 12%
• Lysobacter 11%
• soil microorganisms 7%
• phytoremediation 7%
• Streptomyces 7%
• polluted soils 7%
• gamma radiation 6%
• ribosomal RNA 4%
• DNA 3%
• sampling 2%
• genes 2%
• cells 2%

Earth & Environmental Sciences

• rhizosphere 64%
• community composition 58%
• cadmium 54%
• microbial community 52%
• zinc 51%
• metal 37%
• soil 18%
• remediation 10%
• soil microorganism 7%
• microcosm 6%
• accessibility 6%
• contaminated soil 5%
• irradiation 5%
• DNA 5%
• gene 4%
• cell 3%
• effect 2%