Localization and speciation of arsenic in Glomus intraradices by synchrotron radiation spectroscopic analysis

Medicine & Life Sciences

• Synchrotrons 100%
• Arsenic 85%
• Radiation 53%
• Fungi 19%
• Hyphae 18%
• Hydroxides 6%
• Iron 5%
• Plant Roots 5%
• X-Rays 5%
• arsenic acid 5%
• Arsenicals 5%
• Daucus carota 5%
• Carbonates 5%
• Principal Component Analysis 3%
• Fluorescence 2%
• Poisons 2%

Agriculture & Biology

• Rhizophagus intraradices 91%
• arsenic 77%
• hyphae 13%
• mycorrhizal fungi 13%
• iron hydroxides 5%
• X-radiation 5%
• arsenates 4%
• fungal culture 4%
• fungi 4%
• carbonates 3%
• dominant species 3%
• carrots 3%
• principal component analysis 2%
• host plants 2%
• fluorescence 2%
• iron 2%

Earth & Environmental Sciences

• arsenic 63%
• radiation 50%
• analysis 19%
• fungus 17%
• exposure 5%
• host plant 4%
• iron hydroxide 4%
• arsenate 4%
• detoxification 3%
• translocation 3%
• toxic effect 3%
• rhizosphere 3%
• X-ray fluorescence 3%
• tolerance 3%
• principal component analysis 2%
• carbonate 2%
• iron 2%
• in situ 2%