MetabolomicsWorkbenchapplication/xmlhttp://www.metabolomicsworkbench.org/rest/study/study_id/ST001840/mwtabprimaryOK200Mass SpectrometryESIOxidative Stresshttp://www.metabolomicsworkbench.org/data/DRCCMetadata.php?Mode=Study&StudyID=ST001840treatment:Naphthalenetreatment:ControlLiverCSH UNSPECIFIED ION MODE.MetabolomicsWorkbenchMetabolomicsMus MusculusUniversity of California, DavisPC 31:1PC 42:10FA 22:0PC 31:0FA 22:2FA 22:1TG 47:2TG 47:0PC 39:6PC 39:4TG 50:1SM 43:2BMP 32:1LPC 14:0TG 58:9TG 58:8PE 38:4FA 11:0PE 38:3TG 58:6TG 58:5TG 58:4PE 38:7TG 58:2PE 38:6PC 28:0TG 58:1PG 30:0TG 50:6GlcCer 42:1TG 50:5GlcCer 42:2TG 50:4TG 50:3TG 50:2SM 32:1SM 32:0PC 30:0PC 30:1TG 46:5TG 46:3Ceramide 32:1TG 46:4TG 46:1PC 38:2TG 46:2PC 38:3PC 38:0TG 46:0PC 38:1PC 38:6PC 38:7PC 38:4PC 38:5FA 18:1FA 18:0SM 44:2FA 18:3FA 18:2PC 42:1PC 42:2LPC 15:0FA 10:0PC 42:5PC 42:6PC 42:4GlcCer 41:1CholesterolDG 36:4AC 10:0DG 36:5TG 60:1DG 36:2DG 36:3Gal-Gal-Cer 34:1FA 22:6SM 33:1DG 36:0DG 36:1TG 49:2FA 24:0TG 49:3TG 49:0FA 24:1PC 37:3PC 37:4PC 37:2PC 37:6PC 40:0LPE 22:6BMP 34:2FA 13:0PC 26:0LPC 16:0LPC 16:1TG 52:7GlcCer 40:1TG 52:5PE 32:1PG 32:1TG 52:4PG 32:0TG 52:2TG 52:1TG 52:0TG 40:0SM 34:0SM 34:2SM 34:1DG 35:1CE 16:0LPC 20:3TG 48:5LPC 20:4CE 16:1TG 48:3Ceramide 34:1PC 36:0TG 48:4Ceramide 34:2PC 36:1TG 48:1TG 48:2PC 36:4TG 48:0PC 36:5PC 36:2PC 36:3LPC 20:1LPC 20:2PC 36:6TG 40:1LPC 20:0PC 40:4PC 40:1PC 40:7LPC 17:1FA 12:0PC 40:8PC 40:5PE 39:6PC 25:0PC 40:6LPC 17:0TG 51:4TG 51:3TG 51:2TG 51:1Lactosylceramide 42:2InosineDG 34:3DG 34:0DG 34:1BMP 44:12PC 35:1SM 36:2PC 35:2SM 36:1PC 35:0TG 66:3TG 66:2PC 35:4Beta-D-AlloseBMP 36:4PG 34:1PG 34:0FA 15:1LPC 18:2BMP 36:3LPC 18:3PC 24:0LPC 18:0TG 54:8LPC 18:1TG 54:7FA 15:0TG 54:6TG 54:5TG 54:4TG 54:3TG 54:2CE 20:4TG 54:1CE 20:5TG 54:0PE 34:2DG 18:0TG 58:10TG 58:11LPE 17:1BMP 40:7BMP 40:8SM 36:0BMP 44:11DG 33:1LPC 22:4GlcCer 34:1Ceramide 36:1CE 18:2PC 34:2SM 37:1CE 18:1PC 34:3LPC 22:5PC 34:0LPC 22:6CE 18:3PC 34:1TG 42:3PC 34:4TG 42:1TG 42:2FA 9:0SM 40:1SM 40:0SM 40:2PC 23:0FA 14:1FA 14:0Ceramide 40:2TG 53:6TG 53:5TG 53:4Ceramide 40:1TG 53:3TG 53:2TG 53:1DG 32:0LPE 18:1DG 32:1LPE 18:2AC 14:2AC 14:1DG 32:2FA 20:0Ceramide 39:1PC 33:0FA 20:2FA 20:1FA 20:4SM 38:0FA 20:3PC 33:1SM 38:2PC 33:2FA 20:5SM 38:1PE 40:8DG 39:7PE 40:4PE 40:5TG 60:4PE 40:6TG 60:3BMP 38:6TG 60:12TG 60:11FA 17:0SM 41:2FA 8:0SM 41:1CE 22:6TG 56:9PE 36:5LPC 12:0TG 56:8PE 36:4TG 56:7TG 56:6TG 56:5Ceramide 43:1TG 56:4TG 56:3TG 56:2TG 56:1CE 22:2PE 36:3PE 36:1DG 31:0Ceramide 38:1PC 32:0BMP 42:10PC 32:1PC 32:2SM 39:1PC 32:3TG 44:0FA 16:1SM 42:3FA 16:0SM 42:2SM 42:1SM 42:0LPC 13:0PC 44:4Ceramide 42:2Ceramide 42:1Ceramide 42:0TG 55:3TG 55:2PC 29:0DG 38:3DG 38:6DG 38:4DG 38:5DG 30:0LPE 16:03.4.22.-, pulmo, naphtaline, region or site annotation, Laboratory, naphtalene, Mus domesticus, CASP14, mouse, Metabonomic, lung parenchyma, mini-ICE, Metabonomics, CASP-14, House Mouse, Acute onset, House, Mus, parenchyma of lung, Microdissections, Mini-ICE, lung, sequence, Mus musculus domesticus, Metabolomic, neoplasm, Mice, neoplasms, Mus musculus., naftalina, Mus musculus, positional, positional polypeptide feature, Caspase-14 subunit p10, naftaleno, Swiss, mice, Swiss Mouse, House Mice, Swiss Mice, Caspase-14 subunit p19, MICE, primary structure of sequence macromolecule, Laboratory Mice, domesticus, Naphthalen, sex-specific, geographical area, pulmonary, gender-specific anatomical structure, gender-specific, Lungs, Mouse, Laboratory Mouse, Naphthaliniones., Ionen, ion, Ion, ionsfalseMetabolomics of lung microdissections reveals region- and sex-specific metabolic effects of acute naphthalene exposure in mice (part I)ST00184010090