C5 analysis of the OPANAC derivitized, desalted, Unhydrolyzed hot-water extract, sample processing to be included in data bundles

20231117_LC-MS_GSFC_OREX-803001-0_1_LCMSCollection_1.yaml

20231117_LC-MS_GSFC_OREX-803001-0_1_LCMSCollection_1.zip

20231117_LC-MS_GSFC_OREX-803001-0_1_instrumentMetadata_1.TXT

20231117_LC-MS_GSFC_OREX-803001-0_1_instrumentMetadata_1.yaml

20231117_LC-MS_GSFC_OREX-803001-0_1_methodDescription_1.pdf

20231117_LC-MS_GSFC_OREX-803001-0_1_methodDescription_1.yaml

20231117_LC-MS_GSFC_OREX-803001-0_1_samplePreparation_1.pdf

20231117_LC-MS_GSFC_OREX-803001-0_1_samplePreparation_1.yaml

This material is supported by NASA under contract NNM10AA11C issued through the New Frontiers program.

Liquid Chromatography-Mass Spectrometry

Waters Xevo G2 QToF

NASA Goddard Space Flight Center

The samples were Bennu, Murchison, and Fused Silica. The sample extract was Hot water extracted and derivatized with OPANAC. Each analysis produced two files, a .mzml chromatogram-mass spectrum and a .csv chromatogram-fluorescence file.

This dimension is the chromatographic retention time

This dimension is the mass-to-charge ratio measured by the mass spectrometer

This is a unitless measure of intensity of the mass peak

This is the instrumental output that describes conditions for the LC-MS instrument during these analyses.

This describes the naming conventions of the analysis files, the standards used, which compound class is being analyzed, and the instrumental conditions for the analysis.

This describes the preparation of the sample before its analysis (e.g., extraction conditions, hydrolysis, desalting, derivatization).

Astromat

OPANAC C5 UnHydrolyzed Samples

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