MetaboLights

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ftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/m_MTBLS15318_LC-MS_negative_reverse-phase_v2_maf.tsvftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/m_MTBLS15318_LC-MS_positive_reverse-phase_v2_maf.tsvftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/a_MTBLS15318_LC-MS_positive_reverse-phase.txtftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/a_MTBLS15318_LC-MS_negative_reverse-phase.txtftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/s_MTBLS15318.txtftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/i_Investigation.txtftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu1.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu1.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu5.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con4.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu5.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu2.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con3.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con5.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con5.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu2.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu6.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu6.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con4.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con2.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con2.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con6.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu3.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con6.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con1.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/Con3.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/neg/znu4.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu4.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/Con1.rawftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318/FILES/RAW_FILES/pos/znu3.rawprimary200OKftp://ftp.ebi.ac.uk/pub/databases/metabolights/studies/public/MTBLS15318Feature annotation was performed using MS-DIAL (version 4.9) with its built-in lipidomics database. Identification was based on accurate precursor m/z (tolerance 0.01 Da), MS/MS spectral matching (tolerance 0.05 Da), and retention time alignment. Putative annotations were cross-referenced against LIPID MAPS and HMDB. Lipid classes were assigned according to characteristic fragmentation patterns and class-specific retention time behavior.MetaboLightsPublicLiquid Chromatography MS - negative - reverse-phaseLiquid Chromatography MS - positive - reverse-phaseLipid separation was performed on an ACQUITY UPLC I-Class system (Waters) equipped with an ACQUITY UPLC BEH C18 column (1.7 μm, 2.1 × 100 mm, Waters). Mobile phase A was acetonitrile/water (60:40, v/v) containing 10 mM ammonium formate and 0.1% formic acid. Mobile phase B was isopropanol/acetonitrile (90:10, v/v) containing 10 mM ammonium formate and 0.1% formic acid. The gradient program was as follows: 0–2 min, 30% B; 2–2.5 min, 30–45% B; 2.5–12 min, 45–65% B; 12–18 min, 65–85% B; 18–20 min, 85–100% B; 20–22 min, 100% B; 22–22.1 min, 100–30% B; 22.1–25 min, 30% B. The column temperature was 45 °C, the flow rate was 0.3 mL/min, the injection volume was 3 μL, and the autosampler temperature was 4 °C.Original data of bacterial antibiotic resistance lipidomics.wei liuyangzhou universityBacterial cell pelletmass spectrometry assayFrozen cell pellets were thawed on ice. Lipids were extracted using a modified Bligh-Dyer method: samples were resuspended in ice-cold methanol, followed by addition of chloroform and water to achieve a final ratio of 2:1:0.8 (v/v/v). The mixture was vortexed vigorously and incubated at room temperature for 30 min. After centrifugation (12,000 × g, 10 min, 4 °C), the lower organic phase was collected and dried under nitrogen. The dried extracts were reconstituted in chloroform/methanol (1:2, v/v) for LC-MS analysis.Salmonella entericahttps://www.ebi.ac.uk/metabolights/MTBLS15318jinju cai. Yangzhou University. 1830268431@qq.com.yuan liu. Yangzhou University. liuyuan2018@yzu.edu.cn.Raw data files were converted to the open-source mzML format using ProteoWizard msConvert (version 3.0.19), with vendor-specific peak picking enabled. Subsequent data processing, including peak detection, alignment, and normalization, was performed using MS-DIAL (version 4.9) or MZmine 2 (version 2.53).Grouplw15264770396@163.comSalmonella was cultured in LB broth at 37 °C with shaking to mid-log phase (OD600 0.6–0.8). Cells were harvested by centrifugation (4,000 × g, 10 min, 4 °C), washed twice with ice-cold PBS, flash-frozen in liquid nitrogen, and stored at 80 °C until analysis.Metabolomicstargeted analysisuntargeted analysisWaters ACQUITY UPLC I-Class SystemXevo G2-XS Q-TOFLipidomicsantibiotic adjuvantZnuBresistanceSalmonella entericaBacterial cultureBacterial cell pelletGram-negative bacteriacolistintargeted analysisuntargeted analysisWaters ACQUITY UPLC I-Class SystemXevo G2-XS Q-TOFLipidomicsantibiotic adjuvantZnuBresistanceSalmonella entericaBacterial cultureBacterial cell pelletGram-negative bacteriacolistinMass spectrometry was performed on a Xevo G2-XS Q-TOF mass spectrometer (Waters) equipped with an electrospray ionization (ESI) source. Data were acquired in both positive and negative ionization modes over a mass range of m/z 100–2000. The ion source parameters were as follows: capillary voltage, +2.5 kV (positive) and 2.5 kV (negative); sampling cone voltage, 40 V; source temperature, 120 °C; desolvation temperature, 500 °C; cone gas flow, 50 L/h; desolvation gas flow, 800 L/h. The scan time was 0.2 s with a centroid data format, and collision energy for MS/MS was ramped from 20 to 40 eV.Co(Q9)DG(O-17:3_16:0)Hex1Cer(d22:4)PC(17:1_16:0)Cer(t21:0_17:0)LBPA(14:0_16:0)DG(O-35:8)PE(11:0COOH_17:1)Cer(d20:1_9:0)LBPA(16:1_16:1)DG(O-15:0)PE(12:0_18:1)DG(O-36:4)PE(15:0_19:2COOH)CL(42:12CHO_16:0)Cer(m33:4)Cer(d16:0_18:3)DG(O-17:3_16:1)PE(16:0_19:2COOH)CL(71:2CHOCOOH)FA(17:1)DG(O-15:1_34:1)CL(66:2)PC(O-12:1_18:1)PC(17:5COOH_15:0)Cer(m20:0_16:0)CL(20:0CHO_16:0_17:1_18:1COOH)PE(15:0_17:1)DG(46:11)PC(17:1_20:1COOH)Cer(d20:2_16:0)DG(O-36:3)DG(O-17:1_18:2)PC(P-12:1_14:0)CL(66:3)PC(17:5COOH_16:0)LBPA(18:0_19:1)Cer(d12:0_16:0)PC(O-27:2_16:1)PE(14:0_18:0CHO)PC(32:1)CL(14:0_16:0_17:1_18:1)DG(O-48:15)PC(48:2CHO)DG(O-16:2_19:1)PE(14:0_15:0)Cer(d16:0_18:1)FA(18:0)LPE(18:1)CL(67:1)DG(O-40:11)LBPA(17:1_19:1)CL(16:0_18:1_18:1_18:1)PC(32:2)LBPA(16:1_17:1)CL(22:4_16:0_19:1_20:1COOH)DG(16:2)LBPA(14:0_17:1)Cer(m16:0_16:0)Cer(d15:1_18:3)PE(11:0COOH_16:0)DG(O-15:1_32:2)PC(16:2_15:2)LPE(17:1)LBPA(17:1_18:1)PC(15:0_19:0CHO)PE(14:1_17:1)BisMePA(44:12)PE(15:0_16:1)DG(O-16:2_17:1)Cer(t17:0_17:0)CL(16:0_16:0_16:0_19:1)CL(65:1)PC(16:0_18:1COOH)Co(Q6)MG(O-24:5)DG(O-16:2_30:1)LPI(O-24:2)PC(O-27:2_17:1)Cer(d19:0_18:0)DG(O-26:5)BisMeLPA(22:3)PE(15:0_16:0)PC(18:3_15:2)Cer(d16:0_17:1)DG(O-37:4)Co(Q7)Cer(d18:0_16:0)DG(O-48:12)Cer(t17:0_17:1)CerPE(d36:7)CL(65:2)PC(16:2_16:2)PC(17:3_13:1)DG(36:4)CL(20:2_16:1_16:1_18:1)Cer(d54:0)PC(18:3_15:1)CL(P-39:10_16:0)PC(O-29:3_16:1)PE(16:0COOH_18:1)PC(O-12:1_17:1)Co(Q8)DG(O-37:3)CL(57:9COOH_17:0COOH)PA(O-33:6)PC(48:1CHO)CL(66:0)PC(21:6COOH_19:1)DG(O-17:1_4:0)DG(O-15:1_11:1)CL(66:2CHO)PC(18:2_15:1)Hex3Cer(d12:0_10:1)LPC(18:0)DG(O-15:1_22:1)PC(18:4_19:1)DG(O-46:13)Cer(m18:0_16:0)MePC(33:2)DG(O-30:4_6:0)PC(17:5COOH_18:0)PC(31:1CHO)DG(O-26:8)PC(17:3_16:2)DG(O-15:1_20:0)MG(O-18:3)BisMeLPA(21:3)MG(10:3)PE(16:0_18:1)DG(19:0_18:3)CL(22:6COOH_16:0_16:0_17:1)CL(O-44:11_16:0_17:1)PC(46:2CHO)Cer(d16:0_16:1)OAHFA(54:12)PC(18:2_18:3COOH)CL(22:4_16:0_17:1_18:1COOH)LBPA(17:1_17:1)DG(O-13:1_17:1)DG(48:14)DG(18:2_18:2)PC(O-25:2_17:1)PE(16:0_18:0)DG(O-15:1_20:1)PC(13:0CHO_17:1)PC(19:3_17:2)DG(P-25:7)PE(14:0_17:1)Cer(d16:0_16:0)PC(36:0CHO)Cer(m14:0_2:0)CL(21:5COOH_16:0_17:1_19:1)PC(10:3_14:0)CL(16:0_16:0_17:1_19:1)Cer(d18:0_17:1)PE(11:0COOH_14:0)MG(O-28:5)PC(O-12:1_16:0)DG(O-29:4_6:0)CL(22:0CHO_16:0_17:1_20:1COOH)DG(31:0)PC(17:0COOH_16:0)CL(16:0_17:1_18:1_19:1)DG(O-15:1_32:1)DG(O-38:4)PC(16:2_15:1)BisMePA(16:1_16:0)CL(64:2)Cer(d18:2_16:0)PC(45:1CHO)MG(O-17:3)Cer(d17:0_16:0)MG(O-17:1)CL(16:0_17:1_18:1_18:1)PC(14:0_17:0COOH)DG(O-15:1_18:0)DG(O-19:3_16:0)PE(10:0COOH_16:0)DG(O-29:4_7:0)DG(O-30:3)Cer(m12:0_16:0)PC(O-12:1_14:0)DG(O-28:6)DG(18:1_18:2)DG(O-27:3_7:0)PC(17:1_21:6COOH)PC(17:3_15:1)PC(37:8)MG(O-17:2)BiotinylPE (9:0_16:0)BisMePA(26:3)CL(16:0_17:1_19:1_19:1)CL(16:0_16:0_17:1_18:1)DG(P-27:8)MG(P-16:2)DG(O-15:1_18:1)BisMePA(37:3)DG(O-15:1_30:1)PC(16:2_13:1)Cer(d24:0)DG(P-6:0_17:0)DG(O-30:2)CL(O-43:11_16:0_16:1)LPC(16:0)PE(16:0_19:1)MG(O-16:2)PC(13:0CHO_16:0)Cer(d34:0)PE(14:0_16:0)DG(O-15:1_18:2)Cer(t22:0_18:1)BisMePA(36:5)LBPA(19:1_19:1)FA(16:0)PE(15:1_17:1)DG(18:0_18:2)DG(28:3)PE(14:0_16:1)Cer(d17:1_16:0)DG(O-46:12)MGDG(16:0)CL(63:1)PC(P-44:14)PC(34:0CHO)DG(O-15:2_30:1)DG(O-29:2)PC(17:3_15:2)PC(P-9:0_17:1)PC(18:3_17:2)PC(38:4)PC(10:3_17:1)DG(O-31:4)PC(15:0_20:5)DG(O-19:3)Cer(d16:0_14:0)Cer(m28:0)MePC(35:4)PC(12:0_17:5COOH)LPI(O-28:3)BisMePA(11:0)LBPA(16:0_17:1)CL(P-40:10_16:0)PE(14:0_19:1CHO)DG(O-41:8)DG(O-17:2_17:0)DG(19:0_16:0)PC(17:3_19:1)DG(O-31:3)DG(O-21:0)PC(O-29:2_17:1)DG(O-28:4_6:0)PE(11:0CHO_16:1)CL(O-47:12_17:1_19:1)CL(16:0_16:1_17:1_18:1)DG(O-27:3_6:0)PC(32:0CHO)DG(O-15:1_28:1)CL(16:0_17:1_17:1_18:1)CL(O-18:3_16:0_18:1_18:1)DG(O-16:3_18:1)PE(14:0_17:2COOH)PC(15:2CHO_17:1)MG(O-21:1)OAHFA(26:7)DG(O-15:1_17:1)CL(20:3_16:0_17:1_17:1)Cer(d17:0_18:0)LBPA(28:0)DG(O-18:2_8:0)PE(11:0CHO_17:1)PC(16:0_20:1COOH)DG(O-31:2)PE(16:0_16:1)CL(72:4)DG(O-17:2_16:1)Cer(d15:1_16:0)DG(42:11)CL(42:8COOH_17:0COOH_17:1)PC(19:6COOH_16:1)CL(52:6COOH_16:0)DG(O-15:1_17:2)Hex3Cer(d13:1_10:1)PC(11:0_21:1CHO)DG(O-16:2_14:0)DG(O-29:6)MG(19:3)PC(13:1_17:1)CL(O-49:0_17:0COOH)DG(17:0_18:3)PC(13:0CHO_19:1)BisMePA(14:1_12:0)PE(12:0_14:0)LBPA(18:1_19:1)LBPA(29:3)DG(O-15:1_15:1)PC(19:6COOH_17:1)DG(O-28:4_7:0)PC(13:2CHO_17:1)PE(16:0_17:0)Hex3Cer(t10:1_15:1)Cer(d18:1_16:0)PE(14:0_18:1)Hex1Cer(t32:6)PC(11:0CHO_18:0)CL(14:0_16:0_16:0_16:1)DG(P-47:15)CL(20:4_14:0_16:0_16:1)MG(O-19:3)Cer(m30:0)DG(33:0)PC(36:4)DG(32:3)CL(70:3)DG(O-29:4_5:0)CL(40:4_17:1_19:1)DG(O-17:1_14:2)DG(O-32:3)DG(O-21:1)CL(14:0_16:0_16:0_16:0)DG(O-15:1_16:0)PC(17:3_15:3CHO)LPG(22:1)BiotinylPE (11:2_17:1)PC(35:4)PC(36:1)MG(O-19:2)DG(P-11:0_17:1)CL(71:3)CL(16:0_16:0_19:1_19:1)DAP(O-18:0)DG(O-20:2_8:0)DG(O-32:2)DG(O-15:1_16:1)CL(20:3_14:0_16:0_17:1)CL(16:0_16:0_16:1_18:1)PC(36:2)PE(16:0_16:1CHO)LPI(O-30:3)AEA(20:0)PC(17:1_18:4)LBPA(16:0_16:1)CL(20:2_16:0_16:1_16:1)PE(16:0_17:1)Cer(d20:0_2:0)Cer(d22:1_16:0)DG(O-34:3)MG(O-13:1)DG(O-16:2_16:1)CL(O-38:10_16:1)PC(O-27:3_17:1)CL(20:3_16:0_17:1_19:1)PE(11:0CHO_14:0)DG(O-15:1_14:0)PC(17:3_11:1)CL(68:3)CL(20:4_14:0_16:0_17:1)PA(O-20:5_17:1)DG(44:11)FA(29:7)PC(33:8)DG(O-34:2)Cer(t19:0_17:0)CL(32:3_16:0_17:1)Cer(t18:0_18:3)PE(11:1_16:0)DG(O-15:1_14:1)PC(19:6COOH_18:1)BisMePA(14:1_14:0)LBPA(15:0_16:0)PE(11:2_16:0)PC(27:1_17:1)CL(14:0_16:0_16:0_17:1)LPI(O-30:6)PE(11:0COOH_19:1)LBPA(14:0_14:0)LPG(21:0)DG(O-15:1_14:2)MG(O-22:6)Cer(d18:1_9:0)CL(14:0_14:0_16:0_17:1)CL(70:2)CL(78:9)DG(O-15:1_26:1)PE(16:0_16:0CHO)DG(O-33:3)PE(12:0_16:1)Cer(d20:0_16:0)DG(O-15:1_15:0)CL(69:3)Hex2Cer(t12:1_11:1)DG(O-17:3_18:1)Hex2Cer(d19:1)Cer(d19:0_16:0)PC(O-29:3_17:1)DG(35:4)DG(O-16:3_16:1)DG(21:0_16:0)PE(16:0_19:1CHO)PC(P-12:1_17:1)DG(O-41:11)DG(O-16:3_14:0)DG(O-35:4)LPG(29:2)Hex2Cer(t10:1_16:1)CL(67:2)CL(14:0_16:0_16:0_19:1)DG(O-27:4_7:0)DG(O-23:5)PC(16:2_18:2)PC(17:0_20:5)CL(40:6COOH_14:0_16:0)PC(34:1)PE(16:0_9:0COOH)PE(16:0_14:1)DG(34:4)DG(O-35:3)DG(O-17:1_16:3)PE(16:0_18:0CHO)DG(O-18:3_18:1)CL(36:4_16:0_17:1)LBPA(16:0_18:1)Cer(d15:0_17:0)PE(12:0_17:1)CL(38:5_16:0_17:1)DG(O-17:1_17:1)Cer(m15:0_16:0)PC(O-28:3_17:1)BisMePA(31:4)PE(11:0CHO_16:0)DG(6:0_19:2)LPE(19:1)PC(O-35:2)CL(14:0_14:0_16:0_16:0)DGDG(34:2)LPG(30:3)DG(O-33:7)DG(O-34:4)PC(11:0CHO_16:0)PC(19:5COOH_19:1)Cer(t17:0_15:0)CL(14:0_16:0_16:0_18:1)CL(68:2)CL(52:1COOH)BiotinylPE (11:0_16:0)LPG(18:3)CL(16:0_16:1_16:1_18:1)falseOriginal data of bacterial antibiotic resistance lipidomicsPlasmid-mediated dissemination of mcr genes has severely compromised colistin efficacy, necessitating adjuvants that restore antibacterial potency without exacerbating toxicity. Despite their essential roles in bacterial survival and virulence, metal ion acquisition systems remain underexplored as therapeutic vulnerabilities.2026-08-132026-08-13MTBLS15318CL(14:0_14:0_16:0_16:0)CL(14:0_14:0_16:0_17:1)CL(14:0_16:0_16:0_16:0)CL(14:0_16:0_16:0_16:1)CL(14:0_16:0_16:0_17:1)CL(14:0_16:0_16:0_18:1)CL(14:0_16:0_16:0_19:1)CL(14:0_16:0_17:1_18:1)CL(16:0_16:0_16:0_19:1)CL(16:0_16:0_16:1_18:1)CL(16:0_16:0_17:1_18:1)CL(16:0_16:0_17:1_19:1)CL(16:0_16:0_19:1_19:1)CL(16:0_16:1_16:1_18:1)CL(16:0_16:1_17:1_18:1)CL(16:0_17:1_17:1_18:1)CL(16:0_17:1_18:1_18:1)CL(16:0_17:1_18:1_19:1)CL(16:0_17:1_19:1_19:1)CL(16:0_18:1_18:1_18:1)CL(20:0CHO_16:0_17:1_18:1COOH)CL(20:2_16:0_16:1_16:1)CL(20:2_16:1_16:1_18:1)CL(20:3_14:0_16:0_17:1)CL(20:3_16:0_17:1_17:1)CL(20:3_16:0_17:1_19:1)CL(20:4_14:0_16:0_16:1)CL(20:4_14:0_16:0_17:1)CL(21:5COOH_16:0_17:1_19:1)CL(22:0CHO_16:0_17:1_20:1COOH)CL(22:4_16:0_17:1_18:1COOH)CL(22:4_16:0_19:1_20:1COOH)CL(22:6COOH_16:0_16:0_17:1)CL(32:3_16:0_17:1)CL(36:4_16:0_17:1)CL(38:5_16:0_17:1)CL(40:4_17:1_19:1)CL(40:6COOH_14:0_16:0)CL(42:12CHO_16:0)CL(42:8COOH_17:0COOH_17:1)CL(52:1COOH)CL(52:6COOH_16:0)CL(57:9COOH_17:0COOH)CL(63:1)CL(64:2)CL(65:1)CL(65:2)CL(66:0)CL(66:2)CL(66:2CHO)CL(66:3)CL(67:1)CL(67:2)CL(68:2)CL(68:3)CL(69:3)CL(70:2)CL(70:3)CL(71:2CHOCOOH)CL(71:3)CL(72:4)CL(78:9)CL(O-18:3_16:0_18:1_18:1)CL(O-38:10_16:1)CL(O-43:11_16:0_16:1)CL(O-44:11_16:0_17:1)CL(O-47:12_17:1_19:1)CL(O-49:0_17:0COOH)CL(P-39:10_16:0)CL(P-40:10_16:0)Cer(d12:0_16:0)Cer(d15:0_17:0)Cer(d15:1_16:0)Cer(d15:1_18:3)Cer(d16:0_14:0)Cer(d16:0_16:0)Cer(d16:0_16:1)Cer(d16:0_17:1)Cer(d16:0_18:1)Cer(d16:0_18:3)Cer(d17:0_16:0)Cer(d17:0_18:0)Cer(d17:1_16:0)Cer(d18:0_16:0)Cer(d18:0_17:1)Cer(d18:1_16:0)Cer(d18:1_9:0)Cer(d18:2_16:0)Cer(d19:0_16:0)Cer(d19:0_18:0)Cer(d20:0_16:0)Cer(d20:0_2:0)Cer(d20:1_9:0)Cer(d20:2_16:0)Cer(d22:1_16:0)Cer(d24:0)Cer(d34:0)Cer(d54:0)Cer(m12:0_16:0)Cer(m14:0_2:0)Cer(m15:0_16:0)Cer(m16:0_16:0)Cer(m18:0_16:0)Cer(m20:0_16:0)Cer(m28:0)Cer(m30:0)Cer(m33:4)Cer(t17:0_15:0)Cer(t17:0_17:0)Cer(t17:0_17:1)Cer(t18:0_18:3)Cer(t19:0_17:0)Cer(t21:0_17:0)Cer(t22:0_18:1)CerPE(d36:7)Co(Q6)Co(Q7)Co(Q8)Co(Q9)