Project description:These samples are a part of a study investigating microbial responses to cover crop root exudates. We utilized 4 cover crop species (each with unique root exudate profiles), collected the pure root exudates, and applied them to soil mirocosms. metaG, metaT, metaP, and targeted and untargeted metabolomics were applied to assess the microbial responses.
Project description:These samples are a part of a study investigating microbial responses to cover crop root exudates. We utilized 4 cover crop species (each with unique root exudate profiles), collected the pure root exudates, and applied them to soil mirocosms. metaG, metaT, metaP, and targeted and untargeted metabolomics were applied to assess the microbial responses.
Project description:19 cover crops species root exudates were characterized by GC-MS for chemical characterization of the root exudate profiles across different agricultural crops grown hydroponically.
Project description:19 cover crops species root exudates were characterized by LC-MS/MS in DIA mode for chemical characterization of the root exudate profiles across different agricultural crops grown hydroponically.
Project description:These samples are a part of a study investigating microbial responses to cover crop root exudates. We utilized 4 cover crop species (each with unique root exudate profiles), collected the pure root exudates, and applied them to soil mirocosms. metaG, metaT, metaP, and targeted and untargeted metabolomics were applied to assess the microbial responses.
Project description:These samples are a part of a study investigating microbial responses to cover crop root exudates. We utilized 4 cover crop species (each with unique root exudate profiles), collected the pure root exudates, and applied them to soil mirocosms. metaG, metaT, metaP, and targeted and untargeted metabolomics were applied to assess the microbial responses.
Project description:19 cover crops species root exudates were characterized by GC-MS for chemical characterization of the root exudate profiles across different agricultural crops grown hydroponically.
Project description:19 cover crops species root exudates were characterized by LC-MS/MS in DIA mode for chemical characterization of the root exudate profiles across different agricultural crops grown hydroponically.
Project description:The 19 parent lines of the Arabidopsis thaliana MAGIC collection show significant differences in their root exudate profiles. Changes in metabolism were analyzed by ultra-performance liquid chromatography coupled to electrospray ionization quadrupole time–of–flight mass spectrometry (UPLC-ESI-QTOF-MS) untargeted in positive and negative mode, and targeted for a set of known metabolites.