#METABOLOMICS WORKBENCH tnuriel_20210602_140903_mwtab.txt DATATRACK_ID:2671 STUDY_ID:ST001819 ANALYSIS_ID:AN002951 PROJECT_ID:PR001150
VERSION             	1
CREATED_ON             	June 7, 2021, 12:24 pm
#PROJECT
PR:PROJECT_TYPE                  	Lipidomics analysis
PR:PROJECT_SUMMARY               	Apolipoprotein E ε4 (APOE4) is the primary genetic risk factor for the
PR:PROJECT_SUMMARY               	late-onset form of Alzheimer's disease (AD). Although the reason for this
PR:PROJECT_SUMMARY               	association is not completely understood, researchers have uncovered numerous
PR:PROJECT_SUMMARY               	effects of APOE4 expression on AD-relevant brain processes, including amyloid
PR:PROJECT_SUMMARY               	beta (Aβ) accumulation, lipid metabolism, endosomal-lysosomal processing and
PR:PROJECT_SUMMARY               	bioenergetics. In this study, we aimed to determine the effect of APOE4 allelic
PR:PROJECT_SUMMARY               	dosage on regional brain lipid composition in aged mice, as well as in cultured
PR:PROJECT_SUMMARY               	neurons. We performed a targeted lipidomic analysis on the entorhinal cortex
PR:PROJECT_SUMMARY               	(EC) and primary visual cortex (PVC) from 14–15 month-old APOE3/3, APOE3/4,
PR:PROJECT_SUMMARY               	and APOE4/4 targeted replacement mice, as well as on WT neurons cultured with
PR:PROJECT_SUMMARY               	conditioned media from APOE3/3 or APOE4/4 astrocytes. Our results reveal that
PR:PROJECT_SUMMARY               	the EC possesses increased susceptibility to APOE4-associated lipid alterations
PR:PROJECT_SUMMARY               	compared to the PVC. In the EC, APOE4 expression showed a dominant effect in
PR:PROJECT_SUMMARY               	decreasing diacylglycerol (DAG) levels, and a semi-dominant additive effect in
PR:PROJECT_SUMMARY               	the upregulation of multiple ceramide, glycosylated sphingolipid and
PR:PROJECT_SUMMARY               	bis(monoacylglycerol)phosphate (BMP) species, lipids known to accumulate as a
PR:PROJECT_SUMMARY               	result of endosomal-lysosomal dysfunction and defective lysosomal clearance.
PR:PROJECT_SUMMARY               	Neurons treated with conditioned media from APOE4 vs. APOE3 astrocytes also
PR:PROJECT_SUMMARY               	showed similar alterations of DAG and BMP species as those observed in the mouse
PR:PROJECT_SUMMARY               	EC. Our results suggest that APOE4 expression differentially modulates regional
PR:PROJECT_SUMMARY               	and neuronal lipid signatures, which may underlie the increased susceptibility
PR:PROJECT_SUMMARY               	of EC-localized neurons to AD pathology.
PR:INSTITUTE                     	Columbia University
PR:FIRST_NAME                    	Tal
PR:ADDRESS                       	630 W 168th St., P&S 12-430
PR:EMAIL                         	tn2283@cumc.columbia.edu
PR:PHONE                         	2123045683
PR:PROJECT_TITLE                 	APOE4-associated differences in lipidomics signatures in mouse brain and
PR:PROJECT_TITLE                 	cultured neurons
PR:LAST_NAME                     	Nuriel
#STUDY
ST:STUDY_TITLE                   	EC and PVC from 14-15 month-old APOE3/3, APOE3/4 and APOE4/4 mice
ST:STUDY_SUMMARY                 	We performed a targeted lipidomic analysis on EC and PVC tissue from 14-15 month
ST:STUDY_SUMMARY                 	old APOE3/3, APOE3/4, and APOE4/4 mice.
ST:INSTITUTE                     	Columbia University
ST:LAST_NAME                     	Nuriel
ST:FIRST_NAME                    	Tal
ST:ADDRESS                       	630 W 168th St., P&S 12-430
ST:EMAIL                         	tn2283@cumc.columbia.edu
ST:PHONE                         	2123045683
#SUBJECT
SU:SUBJECT_TYPE                  	Mammal
SU:SUBJECT_SPECIES               	Mus musculus
SU:TAXONOMY_ID                   	10090
SU:AGE_OR_AGE_RANGE              	14-15 month-old
SU:GENDER                        	Male
#FACTORS
#SUBJECT_SAMPLE_FACTORS:         	SUBJECT(optional)[tab]SAMPLE[tab]FACTORS(NAME:VALUE pairs separated by |)[tab]Raw file names and additional sample data
SUBJECT_SAMPLE_FACTORS           	-	EC1	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC2	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC3	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC4	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC5	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC6	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC7	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC8	Region:EC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	EC10	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC12	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC13	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC14	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC15	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC16	Region:EC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	EC17	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC18	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC19	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC20	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC21	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC22	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC23	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	EC24	Region:EC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC1	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC2	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC3	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC4	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC5	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC6	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC7	Region:PVC | Genotype:E3/3	
SUBJECT_SAMPLE_FACTORS           	-	PVC9	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC10	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC11	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC12	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC13	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC14	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC15	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC16	Region:PVC | Genotype:E3/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC17	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC19	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC20	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC21	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC22	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC23	Region:PVC | Genotype:E4/4	
SUBJECT_SAMPLE_FACTORS           	-	PVC24	Region:PVC | Genotype:E4/4	
#COLLECTION
CO:COLLECTION_SUMMARY            	Mice were sacrificed by cervical dislocation to maintain the brain environment,
CO:COLLECTION_SUMMARY            	and individual brain regions were immediately removed and snap-frozen on dry
CO:COLLECTION_SUMMARY            	ice. Tissues were stored at -80°C for prior to extraction.
CO:SAMPLE_TYPE                   	Brain
#TREATMENT
TR:TREATMENT_SUMMARY             	No treatments were made. Mice were either APOE3/3, APOE3/4 or APOE4/4 gentoype.
#SAMPLEPREP
SP:SAMPLEPREP_SUMMARY            	Lipid and small-molecule metabolite extraction was performed using a methyl
SP:SAMPLEPREP_SUMMARY            	tert-butyl ether (MTBE)/methanol extraction protocol modified from previous
SP:SAMPLEPREP_SUMMARY            	reports (40, 41), as we have described previously (34). Briefly, individual EC
SP:SAMPLEPREP_SUMMARY            	or PVC tissues were homogenized in 400 ul of ice-cold methanol using a bead mill
SP:SAMPLEPREP_SUMMARY            	homogenizer (TissueLyser II, Qiagen) at 25 beats/sec, 2x for 45 sec each.
SP:SAMPLEPREP_SUMMARY            	Following homogenization, samples were incubated in 1200 ul of MTBE for 1 hr at
SP:SAMPLEPREP_SUMMARY            	room temperature to separate organic-soluble lipids from aqueous-soluble lipids
SP:SAMPLEPREP_SUMMARY            	and other small-molecules. Finally, 360 ul of ultrapure water was added (for a
SP:SAMPLEPREP_SUMMARY            	final ratio of 3:1:0.9 MTBE:methanol:water) to resolve the two liquid phases,
SP:SAMPLEPREP_SUMMARY            	and each samples were centrifuged at 10,000 x g for 10 min. For this experiment,
SP:SAMPLEPREP_SUMMARY            	the upper organic phase was collected from each sample and stored in a separate
SP:SAMPLEPREP_SUMMARY            	tube, and the remaining protein pellets were resuspended in 25 mM ammonium
SP:SAMPLEPREP_SUMMARY            	bicarbonate, pH 8, with 2.5% SDS. A BCA protein assay was performed on each
SP:SAMPLEPREP_SUMMARY            	protein fraction, and the organic phase was normalized to their protein
SP:SAMPLEPREP_SUMMARY            	concentration equivalent with 100% methanol. All samples were then stored at
SP:SAMPLEPREP_SUMMARY            	-80°C prior to analysis.
#CHROMATOGRAPHY
CH:CHROMATOGRAPHY_SUMMARY        	Reverse phase negative mode
CH:CHROMATOGRAPHY_TYPE           	Reversed phase
CH:INSTRUMENT_NAME               	Agilent 1260
CH:COLUMN_NAME                   	Agilent Eclipse XDB-C18 (100 x 3.0mm)
#ANALYSIS
AN:ANALYSIS_TYPE                 	MS
#MS
MS:INSTRUMENT_NAME               	Agilent 6490 QQQ
MS:INSTRUMENT_TYPE               	Triple quadrupole
MS:MS_TYPE                       	ESI
MS:ION_MODE                      	NEGATIVE
MS:MS_COMMENTS                   	Lipid profiling was performed using an Agilent 1260 HPLC coupled to an Agilent
MS:MS_COMMENTS                   	6490 triple quadrupole (QQQ) mass spectrometer (41). Each sample was run through
MS:MS_COMMENTS                   	three separate chromatographic conditions (reverse-phase negative mode,
MS:MS_COMMENTS                   	reverse-phase positive mode and normal-phase positive mode) for the effective
MS:MS_COMMENTS                   	quantification of 337 distinct lipids from 28 lipid subclasses, as previously
MS:MS_COMMENTS                   	described (41). Individual lipid species were measured by multiple reaction
MS:MS_COMMENTS                   	monitoring transitions.
#MS_METABOLITE_DATA
MS_METABOLITE_DATA:UNITS	area under the curve
MS_METABOLITE_DATA_START
Samples	EC1	EC2	EC3	EC4	EC5	EC6	EC7	EC8	EC10	EC12	EC13	EC14	EC15	EC16	EC17	EC18	EC19	EC20	EC21	EC22	EC23	EC24	PVC1	PVC2	PVC3	PVC4	PVC5	PVC6	PVC7	PVC9	PVC10	PVC11	PVC12	PVC13	PVC14	PVC15	PVC16	PVC17	PVC19	PVC20	PVC21	PVC22	PVC23	PVC24
Factors	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/3	Region:EC | Genotype:E3/4	Region:EC | Genotype:E3/4	Region:EC | Genotype:E3/4	Region:EC | Genotype:E3/4	Region:EC | Genotype:E3/4	Region:EC | Genotype:E3/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:EC | Genotype:E4/4	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/3	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E3/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4	Region:PVC | Genotype:E4/4
Sulf 16:0	0.0091	0.0130	0.0101	0.0117	0.0117	0.0145	0.0145	0.0134	0.0148	0.0155	0.0120	0.0217	0.0131	0.0134	0.0113	0.0325	0.0116	0.0114	0.0127	0.0156	0.0147	0.0165	0.0295	0.0141	0.0216	0.0216	0.0160	0.0157	0.0183	0.0286	0.0494	0.0122	0.0155	0.0185	0.0345	0.0190	0.0216	0.0171	0.0285	0.0330	0.0146	0.0543	0.0220	0.0124
Sulf 18:0	0.2464	0.2498	0.1925	0.3071	0.2220	0.2177	0.2155	0.2485	0.3788	0.2780	0.1625	0.3974	0.2234	0.2086	0.3087	1.4451	0.2589	0.2794	0.3231	0.3206	0.3334	0.4650	0.8783	0.2865	0.6377	0.3828	0.4452	0.2751	0.4162	0.6157	1.3318	0.3887	0.3715	0.4380	0.7970	0.3991	0.6002	0.3909	0.7093	1.0025	0.2849	1.8267	0.5865	0.2315
Sulf 18:1	0.0266	0.0340	0.0267	0.0388	0.0272	0.0278	0.0266	0.0248	0.0386	0.0392	0.0248	0.0467	0.0285	0.0340	0.0331	0.0889	0.0364	0.0341	0.0382	0.0432	0.0386	0.0503	0.0512	0.0319	0.0507	0.0386	0.0358	0.0365	0.0407	0.0436	0.0712	0.0325	0.0345	0.0383	0.0720	0.0367	0.0432	0.0292	0.0619	0.0669	0.0334	0.1044	0.0574	0.0288
Sulf 20:0	0.1070	0.0993	0.0459	0.1564	0.0687	0.0788	0.0748	0.1001	0.1784	0.1033	0.0476	0.1815	0.0575	0.0890	0.1718	0.4733	0.1155	0.1012	0.1192	0.1372	0.1142	0.2245	0.4727	0.1229	0.3637	0.1749	0.2530	0.1119	0.2277	0.3460	0.5099	0.1988	0.1823	0.2022	0.4143	0.1491	0.3203	0.1893	0.3817	0.5470	0.1111	0.7544	0.2775	0.1055
Sulf 22:0	0.3868	0.3223	0.1419	0.5486	0.2349	0.2414	0.2346	0.3496	0.6146	0.3601	0.1373	0.6058	0.1656	0.2603	0.5589	1.9689	0.3821	0.3232	0.4326	0.3544	0.4136	0.8177	1.7299	0.4273	1.5151	0.6715	0.8707	0.5188	0.8162	1.2001	2.3394	0.6697	0.6909	0.8785	1.5531	0.6348	1.3692	0.8244	1.4853	1.9848	0.4716	2.8799	0.9862	0.3685
Sulf 24:0	1.6166	1.2212	0.5949	2.2036	1.0188	1.0263	0.9238	1.4877	2.4006	1.4793	0.6080	2.3236	0.7540	1.1054	2.1080	7.8536	1.2894	1.1804	1.4737	1.4016	1.6076	2.7034	6.5855	1.6699	6.1572	2.8813	3.7667	2.2251	3.3134	4.7776	10.4950	3.0452	3.0541	3.4831	5.7653	2.7503	5.2318	3.2566	5.5550	8.0312	2.0366	13.3378	3.9431	1.6178
Sulf 24:1	3.8492	3.3730	1.5724	5.6864	2.7966	3.0408	2.6117	4.0318	6.0320	4.1030	1.5572	6.1187	1.8288	3.2326	5.3194	15.5263	3.3565	2.9891	3.8561	3.7160	3.9187	7.0897	14.8616	4.3286	16.2377	7.7703	8.4947	5.2909	8.8378	12.4229	26.6960	7.0820	6.3702	8.6304	14.6307	6.7364	12.9527	7.4288	13.7175	19.2699	4.3308	34.8644	10.3865	3.8219
Sulf 26:0	0.0646	0.0488	0.0310	0.0723	0.0447	0.0466	0.0461	0.0653	0.0923	0.0571	0.0213	0.1089	0.0322	0.0486	0.0910	0.1667	0.0502	0.0370	0.0515	0.0556	0.0477	0.1042	0.2124	0.0683	0.2262	0.1117	0.1319	0.0870	0.1259	0.1730	0.4013	0.1112	0.1107	0.1241	0.1722	0.1038	0.1532	0.0842	0.1893	0.2238	0.0712	0.5044	0.1464	0.0557
Sulf 26:1	0.0441	0.0344	0.0176	0.0622	0.0354	0.0369	0.0271	0.0475	0.0697	0.0445	0.0140	0.0903	0.0220	0.0314	0.0723	0.2484	0.0337	0.0291	0.0412	0.0391	0.0412	0.0853	0.2201	0.0501	0.1933	0.0949	0.1161	0.0697	0.1077	0.1507	0.3724	0.1003	0.0968	0.1088	0.1829	0.0850	0.1693	0.0887	0.1626	0.2551	0.0547	0.5772	0.1082	0.0452
Sulf(2OH) 18:0	0.1049	0.1237	0.0874	0.1434	0.1035	0.1062	0.1231	0.1067	0.2073	0.1433	0.0790	0.3014	0.1450	0.1119	0.1479	0.3188	0.1366	0.1179	0.1674	0.1702	0.1503	0.2493	0.5334	0.1575	0.4140	0.2082	0.2044	0.1921	0.2117	0.4409	1.0036	0.1657	0.1960	0.2159	0.4459	0.2279	0.2713	0.1818	0.4411	0.5798	0.1037	1.1435	0.3128	0.0957
Sulf(2OH) 20:0	0.1529	0.1692	0.0937	0.2050	0.1483	0.1278	0.1532	0.1595	0.2833	0.1775	0.0737	0.4212	0.1446	0.1580	0.2304	0.3751	0.1528	0.1113	0.1703	0.1869	0.1594	0.3171	0.7124	0.2293	0.7272	0.3565	0.3761	0.2667	0.3439	0.5897	1.1105	0.2722	0.3130	0.3173	0.6420	0.3003	0.3988	0.2636	0.6559	0.8008	0.1627	1.1947	0.4573	0.1438
Sulf(2OH) 22:0	0.8339	0.7912	0.4101	1.1037	0.6099	0.6376	0.6468	0.8470	1.4347	0.8884	0.3363	1.6887	0.5804	0.7252	1.2802	2.4016	0.7838	0.6866	0.8574	0.8953	0.7839	1.5595	3.7368	1.0700	3.2173	1.6191	2.0342	1.3274	1.9703	2.7076	5.0439	1.5619	1.6814	1.9562	3.0924	1.4631	2.5868	1.5215	3.0249	3.7733	1.0117	6.3933	2.1328	0.7705
Sulf(2OH) 22:1	0.5040	0.3912	0.2313	0.6272	0.3233	0.3306	0.3648	0.4549	0.7520	0.4611	0.1706	0.7641	0.2684	0.3942	0.6939	1.3186	0.4564	0.3797	0.4738	0.4906	0.4283	0.8024	1.6512	0.5515	1.6369	0.9036	0.9608	0.6640	0.9925	1.2898	2.1712	0.9005	0.8573	0.9549	1.4411	0.8066	1.1997	0.7815	1.5365	1.8119	0.5849	2.8797	1.1406	0.4926
Sulf(2OH) 24:0	0.7714	0.5576	0.3251	0.9567	0.4588	0.5163	0.5109	0.7587	1.2529	0.6766	0.2365	1.2268	0.3778	0.5657	1.1042	2.6948	0.6223	0.5447	0.6809	0.6145	0.6480	1.3250	3.2267	0.8890	2.7093	1.3203	1.7787	1.0861	1.7429	2.1780	4.2556	1.4796	1.4135	1.7181	2.4160	1.2700	2.1922	1.2966	2.3927	3.1067	0.9227	6.0660	1.7092	0.7406
Sulf(2OH) 24:1	0.7809	0.6593	0.3820	0.9370	0.5438	0.5773	0.5443	0.7893	1.2412	0.7363	0.2787	1.2138	0.4618	0.6527	1.1215	1.7652	0.6228	0.4820	0.6646	0.7184	0.6213	1.2540	2.8672	0.9675	2.7535	1.5135	1.7899	1.1705	1.8689	2.2990	4.7420	1.2992	1.3874	1.6645	2.4715	1.2726	2.1924	1.1204	2.4330	2.9330	0.8169	6.4773	2.0334	0.7501
Sulf(2OH) 26:0	0.0132	0.0127	0.0045	0.0171	0.0094	0.0076	0.0101	0.0144	0.0234	0.0114	0.0055	0.0229	0.0042	0.0114	0.0256	0.0562	0.0124	0.0107	0.0126	0.0105	0.0118	0.0301	0.0739	0.0160	0.0540	0.0274	0.0427	0.0285	0.0369	0.0485	0.1027	0.0266	0.0342	0.0383	0.0534	0.0277	0.0470	0.0308	0.0556	0.0697	0.0169	0.1328	0.0292	0.0160
Sulf(2OH) 26:1	0.0204	0.0144	0.0086	0.0226	0.0122	0.0136	0.0121	0.0211	0.0367	0.0152	0.0064	0.0323	0.0089	0.0159	0.0338	0.0600	0.0171	0.0123	0.0166	0.0141	0.0122	0.0415	0.0843	0.0252	0.0701	0.0387	0.0466	0.0342	0.0503	0.0694	0.1479	0.0469	0.0440	0.0411	0.0698	0.0363	0.0661	0.0315	0.0659	0.0852	0.0231	0.1767	0.0407	0.0206
GM3 16:0	0.0012	0.0044	0.0007	0.0041	0.0045	0.0016	0.0043	0.0024	0.0026	0.0063	0.0037	0.0075	0.0033	0.0039	0.0052	0.0016	0.0038	0.0024	0.0048	0.0022	0.0037	0.0030	0.0012	0.0005	0.0007	0.0032	0.0006	0.0029	0.0026	0.0030	0.0018	0.0017	0.0016	0.0008	0.0015	0.0024	0.0012	0.0013	0.0005	0.0021	0.0037	0.0004	0.0009	0.0013
GM3 18:0	0.0373	0.0495	0.0577	0.1553	0.1538	0.0760	0.1059	0.0439	0.0742	0.1302	0.0884	0.1497	0.0985	0.0796	0.0813	0.0716	0.1303	0.1053	0.1021	0.1233	0.1368	0.0775	0.0150	0.0583	0.0509	0.0519	0.0452	0.0588	0.0522	0.0655	0.0615	0.0614	0.0431	0.0716	0.0317	0.0854	0.0269	0.0393	0.0728	0.0256	0.0351	0.0347	0.0707	0.0749
GM3 18:1	0.0008	0.0028	0.0101	0.0176	0.0206	0.0121	0.0069	0.0067	0.0099	0.0110	0.0082	0.0123	0.0079	0.0079	0.0040	0.0063	0.0112	0.0073	0.0140	0.0098	0.0091	0.0064	0.0003	0.0100	0.0029	0.0039	0.0053	0.0055	0.0014	0.0013	0.0026	0.0056	0.0024	0.0024	0.0043	0.0074	0.0026	0.0015	0.0041	0.0022	0.0010	0.0017	0.0073	0.0065
GM3 20:0	0.0075	0.0054	0.0070	0.0213	0.0095	0.0089	0.0103	0.0062	0.0070	0.0092	0.0050	0.0063	0.0145	0.0065	0.0042	0.0120	0.0107	0.0087	0.0055	0.0063	0.0141	0.0037	0.0050	0.0042	0.0024	0.0105	0.0087	0.0081	0.0049	0.0093	0.0087	0.0166	0.0085	0.0082	0.0116	0.0091	0.0055	0.0046	0.0057	0.0011	0.0095	0.0032	0.0039	0.0058
GM3 22:0	0.0007	0.0002	0.0030	0.0033	0.0015	0.0029	0.0015	0.0014	0.0024	0.0006	0.0001	0.0008	0.0013	0.0009	0.0025	0.0038	0.0041	0.0031	0.0012	0.0015	0.0030	0.0034	0.0041	0.0016	0.0004	0.0003	0.0017	0.0021	0.0010	0.0040	0.0003	0.0017	0.0033	0.0027	0.0016	0.0006	0.0002	0.0016	0.0021	0.0012	0.0003	0.0007	0.0002	0.0054
GM3 24:0	0.0005	0.0004	0.0012	0.0007	0.0024	0.0028	0.0006	0.0014	0.0014	0.0047	0.0014	0.0011	0.0032	0.0006	0.0003	0.0009	0.0012	0.0010	0.0017	0.0011	0.0031	0.0043	0.0034	0.0001	0.0024	0.0019	0.0004	0.0007	0.0022	0.0031	0.0008	0.0013	0.0011	0.0013	0.0009	0.0002	0.0002	0.0015	0.0004	0.0011	0.0046	0.0003	0.0006	0.0004
GM3 24:1	0.0006	0.0009	0.0012	0.0054	0.0060	0.0044	0.0072	0.0004	0.0019	0.0044	0.0017	0.0022	0.0025	0.0034	0.0003	0.0025	0.0020	0.0027	0.0036	0.0031	0.0026	0.0017	0.0048	0.0027	0.0005	0.0055	0.0002	0.0018	0.0016	0.0016	0.0005	0.0033	0.0020	0.0031	0.0022	0.0023	0.0009	0.0026	0.0007	0.0037	0.0058	0.0043	0.0011	0.0004
PA 32:0	0.2082	0.2445	0.2210	0.1068	0.2447	0.3986	0.2599	0.1900	0.2645	0.2930	0.2668	0.3490	0.2801	0.2169	0.2159	0.5662	0.2695	0.2925	0.2557	0.3703	0.2301	0.3473	0.5137	0.2929	0.3972	0.3020	0.3101	0.2601	0.3416	0.3136	0.7036	0.2313	0.3123	0.2559	0.3306	0.2823	0.3204	0.1737	0.3521	0.4621	0.1952	0.7847	0.4366	0.2393
PA 32:1	0.0573	0.0585	0.0401	0.0307	0.0521	0.0706	0.0510	0.0589	0.0971	0.0799	0.0443	0.0828	0.0468	0.0434	0.0597	0.2109	0.0643	0.0503	0.0702	0.0742	0.0480	0.0792	0.2031	0.0842	0.2101	0.1297	0.1073	0.0765	0.1475	0.1730	0.4729	0.0875	0.1240	0.1041	0.1895	0.0878	0.1824	0.0770	0.1710	0.2640	0.0542	0.5251	0.1878	0.0533
PA 34:0	0.1236	0.1229	0.1214	0.0485	0.1142	0.1588	0.1378	0.1351	0.2004	0.1545	0.1168	0.2587	0.1456	0.1249	0.1571	0.7014	0.1855	0.1199	0.1463	0.1510	0.1350	0.2103	0.6248	0.1975	0.6443	0.2881	0.2804	0.2033	0.3776	0.3799	1.2163	0.1719	0.2854	0.2590	0.4166	0.2532	0.4647	0.1887	0.4464	0.6854	0.1376	1.7763	0.3575	0.1375
PA 34:1	0.9009	0.7849	0.5486	0.5206	0.8226	1.0590	0.7106	0.9022	1.5800	0.9982	0.6330	1.6764	0.8201	0.7690	0.9666	5.8337	1.0110	0.7495	0.8579	1.1867	0.7857	1.7375	6.3464	1.2728	6.5474	2.3140	2.3475	1.6865	3.1661	4.0304	11.4168	1.2707	2.0606	2.4088	4.7785	1.8942	3.9216	1.6718	3.7972	6.2358	0.8906	18.2924	2.6240	0.8481
PA 34:2	0.0567	0.0527	0.0560	0.0493	0.0493	0.0805	0.0870	0.0653	0.0990	0.0679	0.0523	0.1228	0.0727	0.0567	0.1082	0.2906	0.0770	0.0586	0.0622	0.0807	0.0595	0.1410	0.3702	0.0945	0.3865	0.1215	0.1433	0.1310	0.2232	0.2011	0.6305	0.0895	0.1579	0.1651	0.2461	0.1114	0.3352	0.1131	0.2057	0.4043	0.0864	0.9625	0.1776	0.0698
PA 36:0	0.0907	0.0719	0.0502	0.0400	0.0649	0.0694	0.0588	0.0854	0.2072	0.0790	0.0376	0.1587	0.0477	0.0713	0.1092	0.6304	0.0990	0.0672	0.0835	0.0996	0.0769	0.1944	0.7361	0.1327	0.8371	0.2243	0.3077	0.1516	0.3365	0.6020	1.3873	0.1288	0.1934	0.2644	0.5771	0.1766	0.4858	0.1807	0.4958	1.0539	0.0773	1.6545	0.2747	0.0820
PA 36:1	0.8189	0.7223	0.3620	0.4361	0.5228	0.6386	0.5765	0.7442	1.7266	0.7107	0.3730	1.6952	0.4242	0.5792	1.1301	4.6444	0.7696	0.7201	0.7715	0.9849	0.6654	1.6198	7.8603	1.3798	8.7578	2.2163	2.8019	1.5116	3.6860	5.4727	13.2098	1.1992	2.0896	2.6000	5.1915	1.9376	4.3766	1.7578	4.7368	9.7184	0.8596	17.2402	3.1660	0.8828
PA 36:2	0.2236	0.2198	0.1669	0.2027	0.1899	0.2418	0.2218	0.3035	0.5645	0.3134	0.2024	0.6082	0.2240	0.2172	0.3960	1.6104	0.2773	0.2535	0.2779	0.3679	0.2220	0.6573	2.3984	0.5097	2.4969	0.8216	0.8466	0.5671	1.1954	1.5418	4.5231	0.4486	0.7361	0.8774	1.6957	0.6275	1.5653	0.5697	1.4797	2.7661	0.3062	6.9705	1.0521	0.3192
PA 38:1	0.0679	0.0876	0.0522	0.0329	0.0640	0.0849	0.0653	0.0739	0.1604	0.0634	0.0578	0.1120	0.0397	0.0561	0.0940	0.7474	0.0880	0.0629	0.0903	0.0895	0.0750	0.1692	0.4570	0.1301	0.6229	0.2196	0.2576	0.1265	0.2996	0.3352	1.4793	0.0871	0.1581	0.2157	0.4459	0.1558	0.3910	0.1360	0.3291	0.6250	0.0623	1.4891	0.2332	0.0713
PA 38:2	0.0804	0.0606	0.0370	0.0390	0.0616	0.0736	0.0646	0.0722	0.1448	0.0829	0.0352	0.1306	0.0468	0.0625	0.0853	0.6145	0.0909	0.0635	0.0805	0.0910	0.0838	0.1683	0.4982	0.1265	0.5694	0.2090	0.2152	0.1218	0.3612	0.3540	1.5811	0.0884	0.1788	0.1749	0.4860	0.1672	0.4003	0.1663	0.3123	0.7397	0.0860	1.4112	0.2731	0.0825
PA 38:3	0.2732	0.3494	0.2776	0.1269	0.2684	0.2700	0.2859	0.2194	0.4060	0.3116	0.3078	0.5142	0.3352	0.2111	0.2302	0.8047	0.3251	0.3013	0.3594	0.3799	0.2944	0.4339	0.7622	0.4155	0.8524	0.4338	0.4176	0.3361	0.5188	0.5643	1.4864	0.2038	0.3914	0.3674	0.6495	0.5277	0.5365	0.1366	0.6240	0.7622	0.2123	1.8667	0.4846	0.2129
PA 38:4	1.9068	2.3505	2.4207	0.7157	1.9598	1.6657	2.0125	1.4896	2.3506	2.4089	2.9978	3.6252	2.7778	1.6003	1.4128	4.5157	2.2364	1.8515	2.7921	2.7040	2.3747	2.7804	4.4677	2.9717	4.6720	2.8242	2.2833	2.1600	3.2711	3.1413	7.5209	1.2125	2.4897	2.2092	3.8268	3.1190	3.3912	1.5437	3.5101	4.5437	1.5249	8.1479	2.7322	1.5638
PA 40:5	0.0538	0.0487	0.0437	0.0447	0.0633	0.0613	0.0556	0.0427	0.1067	0.0640	0.0552	0.1143	0.0536	0.0467	0.0733	0.2490	0.0677	0.0667	0.0559	0.0758	0.0500	0.0932	0.2848	0.1112	0.2634	0.1283	0.1627	0.1091	0.1699	0.2073	0.6165	0.0874	0.1358	0.1467	0.2381	0.0971	0.2390	0.0823	0.1862	0.2820	0.0515	0.5365	0.1343	0.0654
PA 40:6	0.2186	0.1929	0.2079	0.1525	0.1791	0.2446	0.2445	0.2039	0.2247	0.2308	0.2291	0.2958	0.2963	0.1961	0.2893	0.3646	0.2340	0.3021	0.2598	0.2741	0.2203	0.3232	0.5087	0.3081	0.4468	0.3914	0.2872	0.4309	0.4015	0.3326	0.5729	0.2844	0.2919	0.2815	0.3229	0.2881	0.3618	0.1647	0.5050	0.4910	0.2285	0.5981	0.2292	0.2196
PE 30:0	0.0422	0.0507	0.0420	0.0470	0.0413	0.0418	0.0543	0.0431	0.0481	0.0437	0.0503	0.0435	0.0499	0.0457	0.0441	0.0461	0.0816	0.0509	0.0518	0.0532	0.0544	0.0493	0.0504	0.0588	0.0482	0.0559	0.0448	0.0503	0.0480	0.0496	0.0451	0.0451	0.0494	0.0543	0.0461	0.0548	0.0523	0.0482	0.0472	0.0526	0.0570	0.0403	0.0464	0.0595
PE 32:0	0.9207	0.9412	0.7682	0.8096	0.7603	0.7526	0.9768	0.8196	0.8865	1.0714	0.8674	1.1370	1.2018	0.9664	1.1249	1.0008	1.1715	1.1701	1.1732	1.0440	1.0398	1.1955	0.8952	1.1512	0.9581	1.2836	0.7359	1.1084	0.9793	0.9456	0.7307	0.8061	1.0177	1.0317	0.9592	1.2109	0.8878	0.7502	0.9421	0.9950	1.2876	0.8168	1.0190	1.1391
PE 32:1	0.3398	0.3511	0.3036	0.2896	0.3116	0.3524	0.3521	0.2838	0.3364	0.3338	0.3128	0.3717	0.4586	0.3318	0.2895	0.4640	0.3274	0.3078	0.3816	0.4003	0.3970	0.3736	0.4366	0.4673	0.4808	0.4886	0.3282	0.4206	0.3979	0.4153	0.5076	0.3119	0.3860	0.4013	0.4130	0.4341	0.4443	0.2810	0.3806	0.4279	0.3692	0.6956	0.4560	0.4003
PE 34:0	2.0194	1.9074	1.5306	1.6770	1.7647	1.7612	1.9207	1.9679	1.9166	2.1989	1.6028	2.1302	2.5300	2.3904	2.3865	2.3145	2.1739	2.3441	2.1902	2.1161	2.1670	2.3511	2.2614	2.8841	2.2959	2.6924	1.8992	2.3651	2.1111	2.2320	1.8591	2.0317	2.3234	2.3424	2.1061	2.6099	2.1333	1.6632	2.0923	2.3047	2.3966	2.7370	2.0708	2.2014
PE 34:1	7.5273	7.3447	6.2479	6.8922	7.5825	7.8774	7.4644	7.4225	7.6490	7.9630	6.4622	7.9152	10.2136	8.4744	9.2435	11.2263	7.6810	7.3304	8.2742	8.1041	7.9440	8.6462	10.3455	11.1200	10.2341	10.5293	8.3924	9.5779	8.4873	9.0171	9.7010	8.0915	8.4978	8.9453	9.5797	10.0902	9.1670	7.1008	8.0124	9.2670	8.6160	13.6955	9.1587	8.0814
PE 34:2	0.6677	0.7187	0.5916	0.7611	0.7339	0.8458	0.8298	0.7626	0.6643	0.7229	0.5923	0.6642	1.0234	0.8079	0.8373	0.9864	0.6832	0.6966	0.6715	0.8443	0.8305	0.7620	0.8102	0.9418	0.8704	0.9816	0.7089	0.9263	0.8566	0.7570	0.7888	0.7152	0.7223	0.8739	0.8238	0.8689	0.8821	0.5594	0.7389	0.8343	0.8057	0.9219	0.8171	0.8307
PE 36:0	0.5741	0.5011	0.4184	0.5190	0.5013	0.5386	0.5413	0.5542	0.6185	0.5656	0.4285	0.6184	0.6530	0.5724	0.7213	0.8706	0.5754	0.5127	0.5382	0.5941	0.5584	0.6257	0.9768	0.8185	0.9039	0.7184	0.6601	0.6282	0.6794	0.8266	0.8051	0.6233	0.6971	0.7234	0.6972	0.6387	0.7544	0.5600	0.7250	0.8629	0.5771	0.9595	0.6291	0.5164
PE 36:1	5.0772	4.7063	3.5751	4.5556	4.9852	4.8476	4.6768	5.3173	5.4974	4.8322	3.7528	5.8305	5.8327	4.9827	6.0318	7.4974	4.5426	4.8432	4.6866	5.3059	4.8569	5.4154	8.4282	8.0357	8.2589	6.6381	6.2058	5.7146	6.6404	7.1054	7.3996	5.3474	6.2845	6.5075	6.6786	6.0919	6.7178	5.1165	6.7077	7.8943	5.0850	8.5126	6.0339	4.8743
PE 36:2	5.0302	5.4070	4.7742	4.6522	6.2273	6.2647	5.5965	5.5993	5.4212	5.3064	4.7636	5.3820	7.3149	5.7831	5.7667	8.1601	5.3895	5.2088	4.9097	6.3358	6.1003	6.0274	7.5321	7.3300	6.1933	7.8130	5.6592	6.5588	5.8864	6.5192	5.3100	6.4455	6.8408	7.0821	5.9846	6.7549	6.1010	4.5339	5.4601	6.1181	6.8454	6.9965	6.2523	5.8441
PE 36:3	1.0059	1.0553	0.9541	1.0588	1.0832	1.1272	1.1612	1.2327	0.9738	1.0156	1.0361	1.0303	1.5659	1.0948	1.0802	1.2249	1.1366	1.2429	1.1696	1.3670	1.2649	1.1055	0.8221	1.4378	0.8282	1.0060	0.8181	1.0982	0.8140	0.7381	0.5042	0.8386	0.9541	1.0156	0.8247	1.0873	0.9720	0.6991	0.8253	0.7803	1.1310	0.6000	0.8564	1.0027
PE 36:4	3.9211	3.9101	4.0898	3.2757	4.3244	4.3343	4.5740	4.5085	3.9138	4.1994	4.6005	3.7066	6.3906	3.9815	3.5607	4.1011	4.3123	4.9919	4.6276	5.2679	4.7878	3.9251	2.2470	5.7522	2.2016	3.2543	2.6279	3.7703	2.8855	2.5311	1.2960	3.0388	3.4073	3.4423	2.3002	3.7092	2.3434	2.1732	2.4433	1.8123	3.7949	1.1073	3.0627	3.4377
PE 38:1	0.1059	0.1016	0.0638	0.1263	0.1092	0.1067	0.1008	0.1457	0.1534	0.1122	0.0771	0.1332	0.1182	0.1130	0.1729	0.5811	0.1193	0.1135	0.1058	0.1118	0.1308	0.1385	0.3185	0.2104	0.3264	0.1852	0.2436	0.1677	0.2141	0.2984	0.3914	0.1407	0.1886	0.2186	0.2563	0.1622	0.2692	0.1793	0.2322	0.3079	0.1324	0.3442	0.1603	0.1084
PE 38:2	0.1995	0.1912	0.1589	0.2144	0.2255	0.2287	0.1966	0.2816	0.2728	0.2183	0.1564	0.2378	0.2446	0.2056	0.2927	0.6647	0.2364	0.2309	0.2097	0.2369	0.2347	0.2409	0.4076	0.3339	0.4071	0.2766	0.3389	0.2645	0.3031	0.3854	0.4542	0.2676	0.2937	0.3365	0.3310	0.2691	0.3455	0.2776	0.3379	0.3975	0.2456	0.4575	0.2393	0.1845
PE 38:3	1.1362	1.0219	1.1840	1.0348	1.5264	1.4004	1.2109	1.6206	1.2826	1.4203	1.1079	1.1700	1.6947	1.3422	1.5172	1.6129	1.4079	1.7061	1.2899	1.3772	1.2344	1.0752	0.8662	1.4047	0.7564	0.8333	0.9644	0.9131	0.8139	0.8597	0.5673	0.8690	1.0369	1.0099	0.7763	0.8817	0.6948	0.9555	0.9816	0.8294	1.1104	0.6803	0.9264	0.8021
PE 38:4	7.3035	6.1980	6.8048	6.1356	10.0902	9.1204	7.5391	10.3228	7.9019	9.2199	6.7321	6.4243	10.7882	7.4955	11.8241	9.3699	7.8442	9.9125	7.4270	8.3803	7.8042	6.5262	4.8552	8.2826	4.6669	4.3034	5.6805	5.4437	4.7231	5.0409	3.5937	4.8718	6.0054	6.0173	4.3893	5.4563	4.1578	5.2926	6.0567	4.5140	5.9241	4.2027	5.4202	4.7480
PE 38:5	1.2766	1.0029	1.0794	1.1410	1.8385	1.4600	1.2314	2.1151	1.4985	1.7816	0.9746	1.1816	1.9392	1.3969	2.3684	2.0473	1.5027	1.6663	1.1869	1.4569	1.2627	1.2380	1.4380	1.4413	1.1601	0.9429	1.5792	1.2014	1.0778	1.3303	0.9434	1.5145	1.4194	1.3242	0.8864	0.9856	1.0462	1.4047	1.2814	1.2673	1.5039	1.4035	1.0625	0.9676
PE 38:6	2.9878	2.2486	2.3602	2.6282	3.7428	3.4682	2.5920	4.3089	3.5727	3.9488	2.1357	2.5500	3.7759	3.0914	5.1332	3.5946	3.3016	3.7495	2.8316	3.1483	2.8509	2.5882	3.3971	3.8189	2.8117	2.8788	4.3432	3.4624	2.9598	3.4486	1.8316	5.1840	3.9485	4.1086	2.3261	3.1118	3.1989	3.6759	2.5038	3.2907	4.5878	2.2106	2.7334	2.9737
PE 40:3	0.1288	0.1006	0.1189	0.1227	0.2124	0.1866	0.1362	0.2397	0.1706	0.2079	0.1190	0.1346	0.2141	0.1546	0.2315	0.2519	0.1704	0.2479	0.1369	0.1504	0.1437	0.1225	0.1343	0.1603	0.1095	0.0774	0.1548	0.1096	0.1061	0.1203	0.1103	0.0991	0.1388	0.1301	0.0922	0.0986	0.0879	0.1522	0.1390	0.1270	0.1254	0.1318	0.1105	0.0783
PE 40:4	0.8258	0.6242	0.7866	0.7708	1.3910	1.0823	0.7846	1.4265	1.0014	1.2702	0.6911	0.8325	1.4023	0.9815	1.6934	1.4679	1.0187	1.4142	0.8291	0.8786	0.8968	0.7553	0.7314	0.9239	0.7187	0.4633	0.9053	0.7272	0.6074	0.7114	0.6119	0.6347	0.8416	0.8083	0.6198	0.5499	0.5408	0.8702	0.8629	0.7245	0.7366	0.7459	0.7643	0.4629
PE 40:5	0.6286	0.5120	0.6251	0.6258	1.1174	0.8297	0.6229	1.1810	0.8327	0.9888	0.5240	0.5721	0.9905	0.7929	1.4269	1.1565	0.8338	0.9960	0.6720	0.7638	0.6580	0.6375	0.7524	0.7420	0.5911	0.5109	0.8425	0.6249	0.5499	0.7387	0.5511	0.7667	0.7245	0.6991	0.5085	0.5618	0.6012	0.7117	0.6473	0.7234	0.7312	0.7564	0.5592	0.5077
PE 40:6	4.5424	3.2593	3.5121	3.7072	5.9404	4.9505	4.1716	7.0076	5.6145	6.6886	3.3216	3.7997	6.3089	4.9761	10.2997	6.8345	5.0775	6.6753	4.4391	4.6982	4.4570	3.7200	4.8005	4.8378	3.6837	3.2330	5.4777	4.0946	3.4769	4.6214	3.1815	5.3742	4.9597	4.5297	2.7428	3.5976	3.9996	4.8243	4.3630	4.3973	4.9792	5.0813	3.5143	3.4873
PE 42:5	0.0217	0.0192	0.0211	0.0236	0.0398	0.0333	0.0222	0.0383	0.0281	0.0335	0.0199	0.0225	0.0415	0.0264	0.0394	0.0507	0.0328	0.0378	0.0274	0.0301	0.0283	0.0202	0.0187	0.0270	0.0178	0.0131	0.0213	0.0174	0.0169	0.0180	0.0232	0.0133	0.0205	0.0202	0.0167	0.0159	0.0135	0.0215	0.0242	0.0192	0.0180	0.0253	0.0175	0.0114
PE 42:6	0.0286	0.0258	0.0275	0.0282	0.0471	0.0397	0.0316	0.0453	0.0369	0.0426	0.0242	0.0261	0.0460	0.0339	0.0474	0.0620	0.0349	0.0474	0.0294	0.0356	0.0326	0.0268	0.0279	0.0329	0.0226	0.0199	0.0305	0.0216	0.0222	0.0262	0.0239	0.0262	0.0296	0.0276	0.0212	0.0214	0.0206	0.0311	0.0287	0.0264	0.0288	0.0353	0.0258	0.0172
PEp 32:0	0.9848	1.1899	1.0659	0.7752	0.9864	0.9328	0.8238	0.7700	0.8756	0.7193	1.1060	0.9742	1.6359	0.8896	0.8813	0.9005	1.0569	1.0386	1.1085	1.0801	1.0230	1.1270	0.4541	0.8352	0.6416	0.6812	0.6465	0.5849	0.6536	0.4934	0.7185	0.4955	0.8333	0.7016	1.0321	0.6535	0.4885	0.4475	0.8873	0.8424	0.8479	0.8259	0.8293	0.9116
PEp 32:1	0.3669	0.2443	0.3236	0.3530	0.1381	0.2133	0.2235	0.2196	0.3139	0.1630	0.1917	0.5594	0.3498	0.2112	0.2567	0.4453	0.2024	0.2568	0.2871	0.3305	0.3827	0.1502	0.4688	0.2152	0.2095	0.2175	0.3429	0.3493	0.2734	0.2932	0.5290	0.3232	0.1748	0.2734	0.3234	0.1864	0.2982	0.1853	0.6391	0.4059	0.1684	0.9713	0.3664	0.1847
PEp 34:0	1.8634	2.4326	1.8334	1.6872	1.5723	1.4193	1.7414	1.8237	2.2247	2.7789	1.6639	2.1933	1.8948	2.4226	1.8545	3.1716	2.6477	2.0278	2.7007	2.5169	1.8763	2.4734	2.0177	2.0878	2.0565	2.0419	1.4500	1.6234	1.8434	1.8960	3.0284	1.7092	1.8290	2.2429	2.5089	1.7948	1.8491	1.2429	2.4898	2.6700	1.8088	3.8993	1.4922	1.7970
PEp 34:1	5.6613	7.7828	5.2571	5.5906	5.1474	5.1775	5.4886	5.0940	7.2287	7.2186	5.1931	11.0224	6.3355	6.2432	6.9342	17.5370	5.5657	5.5190	6.4624	7.7279	7.1770	7.8178	11.5526	7.5808	10.7324	6.3683	6.7490	6.9739	8.4267	9.0722	18.9505	6.2326	6.7927	8.0622	13.4720	6.5107	8.5351	5.3233	12.8616	13.0436	6.2148	26.4053	10.0016	4.7531
PEp 34:2	0.4913	0.8152	0.5193	0.6172	0.5200	0.6454	0.9261	0.9606	1.0837	1.1744	0.7386	1.2268	0.8993	1.0039	0.9615	1.5323	0.5554	0.7916	0.8670	1.2511	0.7537	1.1849	2.2208	1.0649	1.2995	1.1364	1.4120	0.9044	0.9429	1.8888	1.9996	0.9676	1.1416	1.3007	1.6323	1.0538	1.5389	0.5553	1.4820	1.5980	0.9550	3.2408	1.6675	0.6922
PEp 36:0	0.4203	0.5625	0.4106	0.7495	0.3979	0.3243	0.4206	0.3515	0.6672	0.4191	0.5087	0.9509	0.3452	0.7011	0.5758	1.8859	0.6786	0.1971	0.5195	0.7024	0.4588	0.7478	1.2088	0.6358	1.2020	0.8274	1.1824	0.5612	1.0433	1.1187	1.7018	0.9043	0.8766	0.8329	1.5574	0.6365	1.2403	0.6523	1.1729	1.3475	0.6668	2.8782	0.9084	0.3715
PEp 36:1	3.8995	4.4895	2.6451	5.5051	3.3140	3.6323	4.3645	4.9961	7.0114	5.6187	3.1439	6.3589	4.3705	5.0650	6.5749	18.8318	4.1610	3.3941	5.9037	5.1615	4.4745	7.5320	16.3186	6.2444	11.9278	7.8994	9.2931	6.8358	8.6840	11.1216	18.1461	7.8197	7.7018	10.9152	14.8605	7.0324	12.1670	6.3484	12.9497	15.3470	5.6916	24.3418	10.7393	4.1803
PEp 36:2	6.4229	8.9481	5.7832	9.6386	5.4593	6.0017	5.7721	8.5336	11.0385	8.1761	4.1761	12.2746	5.2669	8.6759	11.5262	24.0924	7.3958	4.9670	6.5215	8.5048	7.5643	13.6848	24.8741	10.9110	23.2789	14.1860	17.8113	12.0889	19.5179	21.7420	29.2017	12.4361	11.0893	17.7855	26.1278	11.3963	20.5425	13.1675	23.5087	27.1502	9.3956	39.1653	18.2772	7.1321
PEp 36:3	1.8523	2.2438	2.0054	1.6862	1.6480	1.3438	1.4689	1.7661	1.9264	1.8130	1.8376	2.0480	2.3580	1.8473	2.1159	3.0799	1.8631	1.6634	2.3622	2.1408	1.7526	2.1991	3.0508	1.9253	2.0293	1.6902	1.8140	1.5440	2.6198	1.8791	2.4464	1.4538	1.7935	2.0103	2.8878	1.5197	2.0152	1.6538	2.5452	2.2920	1.7047	2.9319	2.3860	1.7381
PEp 36:4	7.9001	11.7741	11.5337	7.2970	8.8276	6.8569	7.0151	8.0437	8.3698	7.7557	8.4878	5.2871	11.3046	8.6443	7.4927	11.7942	9.0661	10.0733	10.3748	8.7589	10.1266	7.6061	4.7695	8.3323	4.5832	5.4888	6.1573	6.3957	8.3190	4.3748	4.8154	4.0884	5.0544	8.2866	8.6130	5.6110	5.6873	4.6914	4.3549	3.6987	8.1550	2.6542	7.8804	8.3006
PEp 38:2	1.2523	1.6467	0.8090	1.9318	0.7315	0.8601	0.5850	1.2848	2.5502	1.1357	0.5915	1.7133	0.7197	0.9374	1.8680	7.1400	1.3414	0.7033	1.2439	0.9501	1.2016	2.0014	6.0085	1.4706	5.0224	2.0092	3.6384	1.7870	3.7436	4.2288	8.0899	1.9712	2.1298	3.7117	5.7797	1.6047	5.9964	3.0501	4.5415	5.6209	1.4459	11.0847	3.0741	1.4926
PEp 38:3	3.1341	3.0586	3.1268	2.2319	2.2752	2.0528	2.3605	2.9859	3.2637	2.3835	2.2290	1.4614	2.3856	3.1084	2.6897	3.7957	3.5943	2.8177	3.1342	2.7334	2.5698	3.2429	3.3805	2.5307	2.0222	1.9508	2.4204	1.6832	2.6485	2.0705	2.9866	1.3374	1.7109	2.4683	3.7519	1.3624	2.5010	1.9650	2.3307	2.7044	2.1130	2.8778	2.0239	2.3770
PEp 38:4	17.7333	25.1282	24.8799	14.9168	17.8275	15.8043	14.5807	19.5678	24.6876	16.3187	19.5270	11.5749	21.8675	19.1352	19.4644	23.6376	22.7735	22.3633	23.8358	18.3931	18.2302	21.1910	13.0254	19.6993	12.7005	10.7325	15.6584	10.1568	18.3350	10.6531	13.7703	9.5702	10.5797	16.8970	19.9222	9.5179	12.3578	9.8685	14.7921	10.1735	14.9218	13.7273	13.1719	18.8441
PEp 38:5	8.8489	9.3983	10.7266	8.1612	8.1560	6.9378	5.7664	8.8579	10.5803	8.9128	7.6825	4.9928	8.9053	10.3203	9.0499	11.4451	10.0188	10.3283	10.6238	9.9052	8.3239	9.9602	8.2678	10.1710	6.3593	4.8340	8.5737	5.3531	11.0441	7.2386	8.7002	5.5576	6.0240	10.6610	10.3620	4.9665	8.0244	6.5148	8.5575	8.8578	7.1416	11.1379	7.6516	8.3085
PEp 38:6	17.3443	23.8203	20.5666	14.6089	19.1244	15.1425	9.6186	16.8952	20.0986	13.6557	15.4057	9.7134	17.6181	18.0656	16.9269	18.8189	18.8395	17.1183	18.8616	17.0326	17.0976	16.7346	14.2115	18.8856	9.9431	11.3602	14.5419	11.0657	18.1416	13.3552	11.3441	15.2031	12.5755	18.2098	17.7412	11.2459	14.4487	13.5842	14.0716	10.7736	16.7736	8.6282	16.2619	19.9075
PEp 40:3	0.8162	1.1581	1.2007	1.0151	0.9924	0.9724	0.7567	1.5792	1.3300	0.9829	0.7915	0.8809	1.1407	1.0354	0.8200	1.5022	1.1845	1.3473	1.3235	1.1078	1.0064	1.4159	1.0135	0.6325	0.8510	0.6305	1.2337	0.5575	0.9906	0.7203	1.1639	0.5815	0.6866	0.7673	1.0804	0.7432	1.0060	0.8966	0.8797	0.7476	0.5347	0.9533	0.8184	1.0717
PEp 40:4	6.6018	9.6598	7.8832	5.7615	6.7130	6.5298	5.4622	8.0302	8.4552	6.7030	6.0372	5.5206	6.3654	7.4016	7.0279	8.9163	9.2018	7.0190	8.4339	7.2354	6.2721	7.2515	6.1479	7.6946	4.4957	4.4271	5.9360	4.1450	6.2936	4.0166	6.0009	3.8390	4.8706	5.9288	8.0854	3.7626	4.5917	3.8843	6.5961	5.7383	4.5494	6.3968	6.0005	5.2002
PEp 40:5	6.9324	9.1855	7.6729	8.5763	6.3071	6.7173	5.5111	7.7977	9.8693	7.2305	6.1616	5.0604	5.9785	8.6238	9.2139	9.4699	8.7797	7.4561	7.5283	8.6312	7.9788	8.3767	10.7693	7.8880	7.6995	5.6081	8.8350	5.3566	8.3565	8.7355	8.6061	7.5434	6.5360	9.2311	11.0097	5.2954	8.8881	6.3464	8.5635	8.6369	6.7096	10.5714	9.4982	7.4422
PEp 40:6	34.2869	44.8533	36.3409	35.0706	32.2199	31.9653	24.9666	34.4461	46.0622	34.9720	28.6704	25.9062	26.7240	38.4927	36.4875	34.6803	36.5414	33.1925	41.2300	38.3153	33.7242	38.0171	36.0285	41.3672	24.8038	30.1779	36.2867	23.7284	40.2816	30.7572	29.9845	34.8795	28.4747	46.9520	38.7240	27.5633	37.3025	24.6457	33.4088	29.7632	40.5205	40.5756	29.0643	32.3293
PEp 42:5	0.4489	0.8874	0.8362	0.6507	0.9238	0.5683	0.4666	1.1548	0.9341	0.6856	0.8020	0.8487	0.9625	1.0532	0.9057	1.3160	0.8630	0.9225	0.7154	1.0081	0.7957	0.7430	0.7863	0.9579	0.6205	0.5132	0.5721	0.4708	0.5683	0.5050	0.8449	0.4164	0.5256	0.8216	1.0978	0.7954	0.5979	0.5870	0.8473	0.8728	0.5943	0.7982	0.8675	0.7199
PEp 42:6	1.0745	1.3859	1.6771	1.3241	1.0633	0.7689	1.1256	1.0200	1.5108	1.6318	1.1251	1.8446	1.1911	1.3140	1.5369	1.2071	1.3028	1.1377	1.3379	1.0690	1.1266	1.7617	0.8411	1.3754	0.7363	1.1371	1.0975	1.0216	1.2613	0.8941	1.2189	0.7327	0.8617	1.0982	1.5802	1.1895	0.9277	0.5634	1.1927	0.7060	1.1853	1.4171	1.4963	0.7984
PG 32:0	0.1464	0.2134	0.1988	0.1859	0.1794	0.2274	0.3510	0.2173	0.2679	0.3613	0.2384	0.7393	0.4249	0.2709	0.2250	0.2034	0.1726	0.1955	0.2212	0.3225	0.3069	0.3880	0.4258	0.2704	0.3441	0.4820	0.2167	0.5914	0.2544	0.3385	0.3570	0.5145	0.3021	0.2962	0.3050	0.5284	0.3331	0.1173	0.2967	0.4032	0.2714	0.8350	0.3539	0.2508
PG 32:1	0.0068	0.0125	0.0107	0.0104	0.0105	0.0123	0.0212	0.0107	0.0101	0.0181	0.0137	0.0383	0.0221	0.0121	0.0101	0.0107	0.0094	0.0095	0.0134	0.0184	0.0194	0.0200	0.0203	0.0139	0.0169	0.0252	0.0117	0.0307	0.0115	0.0166	0.0179	0.0214	0.0151	0.0139	0.0161	0.0260	0.0164	0.0053	0.0145	0.0198	0.0148	0.0288	0.0207	0.0116
PG 34:0	0.0201	0.0270	0.0266	0.0267	0.0233	0.0299	0.0452	0.0252	0.0308	0.0420	0.0334	0.0927	0.0540	0.0324	0.0295	0.0307	0.0211	0.0246	0.0298	0.0421	0.0368	0.0526	0.0607	0.0304	0.0454	0.0608	0.0279	0.0674	0.0323	0.0461	0.0463	0.0537	0.0391	0.0418	0.0350	0.0582	0.0435	0.0168	0.0427	0.0551	0.0359	0.1163	0.0436	0.0298
PG 34:1	0.1283	0.2019	0.1788	0.1601	0.1689	0.2361	0.3166	0.1700	0.2030	0.3026	0.2339	0.6434	0.3962	0.2196	0.1915	0.1876	0.1453	0.1692	0.2034	0.3336	0.2887	0.3565	0.4172	0.2179	0.2949	0.3828	0.1675	0.4875	0.1943	0.3155	0.3034	0.3594	0.2517	0.2660	0.2464	0.4261	0.2451	0.1004	0.2863	0.3592	0.2397	0.6467	0.3322	0.1852
PG 34:2	0.0014	0.0019	0.0017	0.0022	0.0017	0.0021	0.0039	0.0023	0.0022	0.0027	0.0026	0.0084	0.0051	0.0027	0.0026	0.0022	0.0019	0.0022	0.0025	0.0037	0.0032	0.0044	0.0047	0.0028	0.0032	0.0044	0.0021	0.0064	0.0017	0.0032	0.0034	0.0040	0.0022	0.0033	0.0028	0.0046	0.0037	0.0013	0.0027	0.0050	0.0031	0.0048	0.0037	0.0028
PG 36:0	0.0011	0.0019	0.0018	0.0013	0.0012	0.0021	0.0030	0.0016	0.0016	0.0026	0.0018	0.0052	0.0038	0.0022	0.0017	0.0019	0.0014	0.0015	0.0019	0.0024	0.0018	0.0029	0.0039	0.0017	0.0020	0.0036	0.0016	0.0040	0.0019	0.0025	0.0027	0.0034	0.0021	0.0026	0.0024	0.0034	0.0025	0.0010	0.0028	0.0035	0.0021	0.0061	0.0027	0.0018
PG 36:1	0.0090	0.0130	0.0127	0.0117	0.0109	0.0120	0.0209	0.0123	0.0136	0.0197	0.0146	0.0421	0.0243	0.0143	0.0135	0.0120	0.0112	0.0129	0.0141	0.0204	0.0185	0.0244	0.0265	0.0141	0.0212	0.0263	0.0115	0.0318	0.0131	0.0214	0.0186	0.0227	0.0165	0.0197	0.0172	0.0242	0.0180	0.0075	0.0195	0.0252	0.0173	0.0420	0.0216	0.0122
PG 36:2	0.0346	0.0492	0.0488	0.0374	0.0421	0.0564	0.0729	0.0442	0.0518	0.0648	0.0627	0.1469	0.0823	0.0523	0.0414	0.0497	0.0363	0.0453	0.0550	0.0804	0.0720	0.0789	0.0816	0.0523	0.0686	0.0893	0.0430	0.1020	0.0436	0.0623	0.0641	0.0757	0.0580	0.0614	0.0564	0.0859	0.0572	0.0239	0.0624	0.0827	0.0558	0.1209	0.0775	0.0416
PG 36:3	0.0023	0.0033	0.0031	0.0028	0.0028	0.0033	0.0056	0.0031	0.0034	0.0049	0.0037	0.0098	0.0055	0.0036	0.0030	0.0026	0.0030	0.0034	0.0037	0.0050	0.0046	0.0047	0.0045	0.0036	0.0045	0.0063	0.0028	0.0079	0.0032	0.0032	0.0037	0.0061	0.0045	0.0045	0.0045	0.0067	0.0043	0.0019	0.0037	0.0050	0.0050	0.0043	0.0045	0.0038
PG 38:3	0.0003	0.0004	0.0005	0.0004	0.0005	0.0006	0.0009	0.0004	0.0004	0.0007	0.0004	0.0011	0.0008	0.0006	0.0005	0.0005	0.0004	0.0004	0.0006	0.0008	0.0008	0.0005	0.0005	0.0005	0.0005	0.0009	0.0003	0.0009	0.0005	0.0004	0.0007	0.0004	0.0004	0.0005	0.0004	0.0008	0.0006	0.0001	0.0004	0.0008	0.0006	0.0013	0.0006	0.0006
PG 38:4	0.0419	0.0574	0.0615	0.0492	0.0468	0.0565	0.0833	0.0503	0.0494	0.0733	0.0717	0.1239	0.0954	0.0638	0.0425	0.0334	0.0399	0.0552	0.0620	0.0722	0.0682	0.0840	0.0440	0.0575	0.0372	0.0824	0.0389	0.0872	0.0397	0.0361	0.0330	0.0628	0.0507	0.0532	0.0548	0.0904	0.0529	0.0210	0.0388	0.0458	0.0554	0.0426	0.0686	0.0586
PG 38:5	0.0004	0.0006	0.0007	0.0005	0.0004	0.0007	0.0010	0.0003	0.0005	0.0008	0.0007	0.0015	0.0008	0.0007	0.0003	0.0007	0.0006	0.0004	0.0007	0.0008	0.0007	0.0005	0.0006	0.0004	0.0006	0.0009	0.0007	0.0011	0.0004	0.0006	0.0006	0.0011	0.0008	0.0006	0.0005	0.0010	0.0008	0.0003	0.0003	0.0007	0.0006	0.0008	0.0005	0.0007
PI 34:0	0.1656	0.1697	0.1240	0.2529	0.1944	0.1315	0.1964	0.2357	0.2684	0.2191	0.1240	0.2576	0.1690	0.1895	0.2701	0.3810	0.2012	0.1486	0.1798	0.1812	0.2008	0.2516	0.4602	0.2148	0.4807	0.3317	0.4904	0.3031	0.4722	0.4370	0.8297	0.3823	0.3571	0.3382	0.3387	0.2752	0.3746	0.3446	0.4486	0.6010	0.2718	0.9646	0.4075	0.2828
PI 34:1	0.1905	0.1810	0.1500	0.3513	0.2211	0.2012	0.3087	0.2385	0.3847	0.3102	0.1710	0.3721	0.2124	0.2616	0.3888	0.6681	0.2754	0.1752	0.2561	0.2288	0.2444	0.4092	0.6997	0.2833	0.6552	0.6774	0.6466	0.6373	0.7410	0.6839	1.2752	0.8283	0.5363	0.5885	0.5210	0.5727	0.5294	0.4963	0.6148	0.8242	0.6401	1.6486	0.5785	0.4500
PI 36:1	0.2258	0.2068	0.1369	0.3510	0.2796	0.2521	0.2458	0.3514	0.4402	0.2813	0.0903	0.3502	0.1469	0.2239	0.4650	0.5306	0.2797	0.2006	0.2316	0.2824	0.2425	0.3432	0.8074	0.2897	0.9116	0.5371	0.7745	0.4152	0.8220	0.7525	1.5315	0.6526	0.5733	0.6776	0.7443	0.3776	0.7009	0.5757	0.9199	1.2029	0.4829	1.9543	0.7658	0.3520
PI 36:2	0.0627	0.0841	0.0977	0.1141	0.1256	0.1045	0.1592	0.1408	0.1141	0.1318	0.0634	0.1208	0.1183	0.1084	0.1624	0.2243	0.1131	0.0868	0.1025	0.0974	0.0975	0.1447	0.2080	0.0893	0.2186	0.2208	0.1642	0.1399	0.2115	0.2416	0.3566	0.2417	0.1558	0.1710	0.1720	0.1343	0.1960	0.1181	0.2114	0.2367	0.1329	0.4551	0.2039	0.1408
PI 36:3	0.3821	0.4723	0.5003	0.6159	0.6203	0.5102	0.7417	0.4834	0.5099	0.5944	0.5150	0.4759	0.6526	0.5201	0.5900	0.4765	0.4931	0.4053	0.4550	0.6159	0.5675	0.4816	0.4163	0.5106	0.4873	0.6812	0.4857	0.6618	0.6734	0.4772	0.6273	0.6368	0.5484	0.5038	0.5325	0.5073	0.5100	0.3078	0.4201	0.4502	0.7306	0.5143	0.5842	0.5755
PI 36:4	2.7532	3.6621	3.6716	4.6259	4.6575	3.9165	4.7308	4.0488	3.5136	4.7973	4.0297	3.7380	5.4668	4.2074	4.5712	3.8810	4.5225	3.2852	4.3734	4.2158	4.3723	4.5912	2.8511	3.9845	3.9300	6.1371	4.4639	5.3537	4.9854	3.8291	4.8696	5.4110	4.6458	5.3176	4.2586	4.5045	3.7147	1.9669	3.1478	4.0739	4.7033	3.3939	4.6137	5.5394
PI 38:3	1.2612	1.7841	1.9653	2.4131	2.3141	1.9831	2.1260	2.0871	1.6268	1.7779	1.6297	1.6920	2.1807	1.6974	1.7447	1.5813	1.7322	1.2710	1.6245	1.8054	1.5946	1.8171	1.3320	1.6507	1.6095	2.0860	1.8193	1.5945	1.8804	1.4471	1.7990	1.9605	1.7263	1.7325	2.0208	1.6058	1.2652	1.0817	1.5781	1.5588	2.1355	1.7201	1.9511	1.9487
PI 38:4	9.1751	12.5361	17.0677	22.3189	18.4957	17.5314	18.2305	15.0576	13.0980	16.0838	13.5091	12.2082	16.7870	13.1464	17.3811	13.3163	12.8146	11.5769	14.7818	13.3719	14.6432	13.9279	9.0113	13.7096	11.7722	15.8376	12.5023	13.2871	16.3577	10.8540	15.0082	16.1333	13.7367	13.8181	14.3190	13.2653	11.2445	8.7239	12.1604	12.6227	15.6991	13.2073	15.1466	14.2249
PI 38:5	2.3086	2.7589	3.3555	4.4799	3.6777	3.2864	4.4062	3.1588	3.4805	3.7381	3.0450	3.5818	4.1070	2.9424	3.3184	2.8380	3.1963	2.5261	3.5700	3.2892	3.8858	3.3169	2.2294	3.0175	2.9786	4.5911	3.1037	3.4791	3.7956	2.5815	3.5792	3.9141	3.6358	3.6766	3.6664	3.3555	2.8411	1.7868	2.9226	2.9977	4.2446	2.6053	3.7777	3.6985
PI 38:6	0.2228	0.2362	0.2738	0.5898	0.3336	0.2792	0.3592	0.3876	0.3101	0.3433	0.2779	0.3207	0.2878	0.3007	0.4339	0.4386	0.3732	0.2665	0.3143	0.2636	0.3397	0.4430	0.5023	0.3517	0.4932	0.6514	0.4833	0.6105	0.5914	0.4905	0.5844	0.9340	0.6038	0.5337	0.4113	0.5025	0.5841	0.3199	0.3639	0.5629	0.7424	0.9259	0.3977	0.5704
PI 40:4	0.0820	0.0870	0.0979	0.1810	0.0953	0.1544	0.1172	0.1447	0.1129	0.1096	0.1076	0.0900	0.1429	0.1189	0.2151	0.1847	0.1589	0.1105	0.1216	0.1154	0.1141	0.1720	0.1966	0.1293	0.1765	0.1685	0.1988	0.1289	0.1794	0.1731	0.2352	0.1190	0.1613	0.1668	0.1774	0.1178	0.1458	0.0857	0.1614	0.1231	0.1420	0.2199	0.1668	0.1603
PI 40:5	0.1433	0.1661	0.1532	0.2555	0.1683	0.2044	0.2010	0.1730	0.2122	0.1678	0.1529	0.1283	0.2349	0.2299	0.3132	0.2854	0.1852	0.1457	0.1792	0.1667	0.1969	0.2447	0.2153	0.1437	0.2140	0.2981	0.2815	0.2287	0.3327	0.2666	0.3421	0.3037	0.3051	0.2816	0.2271	0.2112	0.2533	0.1542	0.1979	0.2613	0.3047	0.4779	0.2268	0.2821
PI 40:6	0.3657	0.3035	0.3288	0.8623	0.3872	0.2938	0.4096	0.7194	0.6272	0.5319	0.3250	0.4125	0.4391	0.5371	1.2131	1.0046	0.4653	0.3659	0.3619	0.3942	0.3356	0.6989	1.1533	0.5434	1.0966	1.1318	1.3142	1.0377	1.3336	1.0801	1.1900	1.6941	1.0775	1.1372	0.7041	0.7618	1.1580	0.5570	0.6720	1.0978	1.3186	2.2971	0.5698	1.1719
PS 32:0	0.0035	0.0106	0.0091	0.0018	0.0104	0.0131	0.0139	0.0073	0.0074	0.0088	0.0075	0.0084	0.0109	0.0062	0.0062	0.0077	0.0070	0.0069	0.0094	0.0133	0.0109	0.0100	0.0063	0.0068	0.0038	0.0065	0.0051	0.0056	0.0034	0.0065	0.0102	0.0050	0.0033	0.0057	0.0063	0.0074	0.0046	0.0053	0.0064	0.0068	0.0059	0.0055	0.0046	0.0046
PS 32:1	0.0041	0.0057	0.0033	0.0019	0.0083	0.0073	0.0050	0.0027	0.0053	0.0080	0.0082	0.0086	0.0051	0.0049	0.0039	0.0070	0.0041	0.0045	0.0082	0.0080	0.0082	0.0056	0.0033	0.0037	0.0019	0.0015	0.0024	0.0025	0.0024	0.0025	0.0050	0.0031	0.0048	0.0034	0.0049	0.0041	0.0030	0.0034	0.0049	0.0014	0.0028	0.0087	0.0029	0.0034
PS 34:0	0.0763	0.1003	0.0825	0.0369	0.1042	0.1037	0.1145	0.0969	0.1129	0.1121	0.0991	0.1111	0.1341	0.0887	0.1006	0.1355	0.1233	0.0977	0.1428	0.1347	0.1234	0.1357	0.0878	0.1050	0.0951	0.1023	0.0734	0.0890	0.1040	0.0860	0.1437	0.0867	0.0858	0.0888	0.1104	0.1178	0.0890	0.0618	0.0970	0.0987	0.0862	0.1749	0.1225	0.0887
PS 34:1	0.4551	0.7130	0.6474	0.2921	0.7804	0.7516	0.7276	0.6075	0.7496	0.8140	0.7029	0.7862	0.9513	0.6850	0.7290	0.8602	0.8484	0.7894	0.8819	0.8982	0.9824	0.8798	0.5428	0.6290	0.5803	0.7023	0.4659	0.6896	0.5840	0.5705	0.8283	0.6004	0.5413	0.5481	0.6586	0.7162	0.5319	0.3975	0.6322	0.5819	0.6288	0.9436	0.8887	0.5804
PS 36:0	0.2195	0.3015	0.2316	0.1096	0.3071	0.3339	0.2646	0.3098	0.5099	0.3306	0.2165	0.4279	0.2749	0.2643	0.3762	0.8049	0.3190	0.2433	0.3800	0.3803	0.3160	0.4307	1.0252	0.3442	0.7946	0.4952	0.5557	0.3977	0.5795	0.7657	1.6975	0.4046	0.4310	0.4735	0.7351	0.5183	0.8039	0.3896	0.6782	0.9732	0.2926	2.2520	0.7164	0.2974
PS 36:1	1.8661	2.3437	1.6744	1.0280	2.3527	2.5849	2.1025	2.3163	3.7298	2.8957	1.6877	3.1619	2.2679	2.1041	3.3178	7.3980	2.5138	2.1954	3.0017	2.9247	2.4089	3.9928	8.4305	2.9038	6.8632	3.9942	5.0408	3.1425	4.4263	6.1077	14.6292	3.2414	3.5522	3.8822	6.5967	3.8020	6.9096	2.9578	5.8673	8.4875	2.2472	17.3483	5.9192	2.3058
PS 36:2	0.8749	1.1663	1.2588	0.5490	1.5706	1.4874	1.5799	1.2811	1.6983	1.6067	1.4203	1.5559	1.8435	1.4083	1.5223	2.0981	1.4673	1.2417	1.7766	1.6712	1.4891	1.9413	1.7942	1.2958	1.5262	1.7290	1.4060	1.3234	1.5468	1.5927	2.6549	1.5550	1.3220	1.3792	1.6659	1.7410	1.6814	0.9825	1.5068	1.8413	1.3603	3.9304	2.1603	1.3316
PS 38:1	0.1253	0.1233	0.0724	0.0504	0.1144	0.1399	0.1237	0.1157	0.1999	0.1494	0.0938	0.2508	0.0945	0.1055	0.1960	1.2844	0.1470	0.1007	0.1683	0.1693	0.1971	0.2364	0.5849	0.1739	0.4745	0.2409	0.2946	0.1721	0.2712	0.4803	1.6337	0.1869	0.2266	0.2494	0.4964	0.2399	0.5148	0.2202	0.3662	0.6942	0.1190	1.7182	0.3856	0.1205
PS 38:2	0.1077	0.1322	0.1208	0.0478	0.1652	0.1707	0.1464	0.1435	0.1997	0.1741	0.1279	0.2158	0.1528	0.1400	0.1807	0.4571	0.1555	0.1327	0.1608	0.2043	0.1731	0.2160	0.4323	0.1778	0.3504	0.2547	0.2271	0.1936	0.2250	0.3740	0.9785	0.1690	0.1949	0.2069	0.3429	0.2433	0.3086	0.1775	0.3175	0.4362	0.1143	1.0875	0.3302	0.1268
PS 38:3	0.2813	0.3927	0.3881	0.1309	0.4166	0.4775	0.4714	0.4004	0.4642	0.4101	0.4449	0.5282	0.4746	0.3876	0.4024	0.5658	0.4371	0.4145	0.5621	0.5252	0.4868	0.5586	0.7216	0.4069	0.6089	0.4801	0.3734	0.3781	0.4445	0.6166	1.1033	0.3786	0.3936	0.3605	0.6025	0.4754	0.6161	0.3576	0.6279	0.7640	0.3184	1.3065	0.7015	0.3214
PS 38:4	0.8923	1.0980	1.1609	0.5442	1.3002	1.2642	1.1718	1.0512	1.4262	1.3349	1.2409	1.3465	1.4524	1.0596	1.2075	1.7258	1.2987	1.1075	1.6115	1.6278	1.2056	1.5007	2.4844	1.3044	1.8984	1.3548	1.3063	1.1146	1.4304	2.0078	3.1038	1.3219	1.3186	1.2836	1.6930	1.4178	2.0327	1.1149	1.9304	2.3283	1.0052	4.0584	2.0879	1.0154
PS 40:3	0.2070	0.2798	0.2912	0.0856	0.3029	0.3011	0.3025	0.2847	0.3031	0.2781	0.2902	0.3161	0.3469	0.2494	0.2739	0.3295	0.2931	0.2920	0.2916	0.3310	0.2758	0.3161	0.3485	0.2688	0.2910	0.2589	0.2323	0.2088	0.2980	0.3005	0.5116	0.1622	0.2257	0.2187	0.3362	0.2576	0.3267	0.1703	0.3149	0.3426	0.2200	0.5367	0.3783	0.1976
PS 40:4	1.4892	1.9827	2.0973	0.6534	2.0502	2.2389	1.9738	1.8493	2.0189	2.1116	2.0997	1.9073	2.3853	1.8659	1.8255	2.4750	2.2067	2.0228	2.3636	2.2134	2.1042	2.2984	2.0804	1.7472	1.6501	1.7868	1.4961	1.3335	1.6812	1.7811	2.6181	1.0605	1.5533	1.4850	2.1521	1.8160	1.8178	1.0898	2.0973	2.0727	1.2813	3.0710	2.4938	1.5512
PS 40:5	2.7108	3.5837	4.0984	1.3928	4.1112	3.6870	4.0237	3.5135	3.7086	4.0871	3.3347	3.4216	4.7440	3.3195	3.3989	4.1621	3.9687	3.4900	4.0148	3.8206	3.5098	3.9451	3.7344	4.0169	3.4240	4.4496	3.5928	3.9721	3.6549	3.3170	4.1504	3.7188	3.7533	3.5396	3.9716	4.1912	4.6476	2.3363	3.3091	3.8910	3.5811	3.8960	4.5091	3.8671
PS 40:6	17.9510	23.7310	27.7358	9.1379	26.6482	26.6365	24.7605	23.6963	24.1085	24.8434	21.8477	21.8854	27.9973	22.5943	22.4377	24.6921	23.2800	23.0527	28.2005	22.1654	23.5327	26.4625	22.2777	26.4708	22.0504	33.6527	22.7143	24.4999	25.6890	20.6597	26.2430	26.4586	25.7443	22.1271	27.4627	28.8674	29.3725	15.4714	20.1313	26.9783	25.9214	24.5059	30.0432	26.7383
PS 42:4	0.0214	0.0356	0.0376	0.0115	0.0291	0.0373	0.0314	0.0238	0.0450	0.0359	0.0333	0.0368	0.0360	0.0294	0.0388	0.0660	0.0378	0.0351	0.0425	0.0457	0.0388	0.0392	0.0984	0.0354	0.0615	0.0438	0.0315	0.0377	0.0435	0.0588	0.1088	0.0375	0.0385	0.0427	0.0568	0.0463	0.0480	0.0330	0.0611	0.0726	0.0357	0.1398	0.0617	0.0288
PS 42:5	0.0258	0.0363	0.0356	0.0145	0.0435	0.0363	0.0403	0.0237	0.0397	0.0453	0.0373	0.0404	0.0508	0.0322	0.0459	0.0496	0.0485	0.0377	0.0513	0.0442	0.0494	0.0436	0.0744	0.0409	0.0664	0.0513	0.0455	0.0343	0.0423	0.0505	0.0861	0.0352	0.0390	0.0334	0.0503	0.0496	0.0462	0.0253	0.0496	0.0664	0.0233	0.0987	0.0578	0.0287
LPE 16:0	0.1493	0.1058	0.1153	0.1427	0.1986	0.1227	0.3792	0.2600	0.2173	0.1256	0.1291	0.1461	0.1875	0.1267	0.1242	0.2013	0.1991	0.1654	0.1450	0.3534	0.1306	0.1067	0.0717	0.0919	0.1465	0.2006	0.1332	0.2540	0.1493	0.1530	0.2641	0.1713	0.1840	0.1142	0.1625	0.1472	0.1721	0.0178	0.3246	0.2652	0.0606	0.3022	0.1416	0.0940
LPE 18:0	0.4786	0.5339	0.6264	0.8654	1.2735	0.5271	1.3470	1.1955	1.3996	0.4793	0.9520	0.7324	0.8687	0.5437	0.5250	0.8401	1.1315	0.7024	0.9252	0.9238	0.6602	0.6144	0.7237	0.5427	0.8821	0.7119	0.6497	0.8304	0.6155	0.9238	1.0940	1.3291	0.6040	0.5590	0.7875	0.6509	0.8830	0.2561	1.4844	1.0245	0.5371	1.3801	1.0242	0.6122
LPE 18:1	0.1178	0.1136	0.1474	0.1921	0.3512	0.2517	0.4716	0.2289	0.3571	0.1117	0.2551	0.2517	0.2537	0.1812	0.1159	0.3202	0.3946	0.1787	0.3548	0.2257	0.2119	0.2176	0.3607	0.1753	0.2269	0.3355	0.1575	0.1675	0.1875	0.2287	0.6368	0.4245	0.2311	0.2252	0.2005	0.2204	0.2699	0.1849	0.5163	0.3679	0.1488	1.1795	0.3074	0.1181
LPE 20:4	0.1487	0.1258	0.1335	0.2160	0.3905	0.4284	0.8359	0.4364	0.4420	0.1932	0.4331	0.2608	0.4216	0.2503	0.1833	0.2401	0.6809	0.3676	0.4353	0.2334	0.2864	0.1356	0.2537	0.1975	0.2806	0.4171	0.1100	0.2667	0.2239	0.1842	0.2631	0.2336	0.2665	0.1311	0.1963	0.1766	0.1972	0.1483	0.4644	0.2510	0.1845	0.3362	0.3777	0.0941
LPEp 16:0	0.0211	0.0445	0.0694	0.0150	0.1133	0.0239	0.1515	0.0717	0.1396	0.0292	0.0924	0.0365	0.0589	0.0612	0.0275	0.0652	0.1171	0.0672	0.0593	0.0986	0.0437	0.0448	0.0908	0.0447	0.0892	0.1102	0.0648	0.0949	0.0654	0.0879	0.1320	0.0948	0.0733	0.0475	0.0595	0.0598	0.0498	0.0109	0.1394	0.0821	0.0224	0.0841	0.1216	0.0512
LPEp 18:0	0.1124	0.1375	0.0858	0.2548	0.0729	0.1533	0.3400	0.1835	0.3760	0.1425	0.2158	0.1777	0.2766	0.1424	0.2180	0.2730	0.3142	0.1624	0.2304	0.1357	0.1694	0.2023	0.1836	0.1188	0.2566	0.3201	0.1771	0.1931	0.1996	0.3385	0.4107	0.2080	0.1921	0.1845	0.2050	0.1194	0.2432	0.0885	0.4622	0.3136	0.2136	0.4719	0.1578	0.0620
LPEp 18:1	0.0505	0.0574	0.0779	0.0908	0.1528	0.0489	0.0696	0.0814	0.1644	0.0480	0.0850	0.1323	0.0453	0.0461	0.0799	0.1806	0.1199	0.0912	0.1278	0.0379	0.0538	0.1026	0.2390	0.0766	0.3140	0.1532	0.1363	0.1711	0.1140	0.1883	0.6046	0.2859	0.1264	0.1214	0.1984	0.0917	0.3825	0.1127	0.3609	0.3679	0.0453	0.6780	0.2198	0.0560
LPI 16:0	0.8217	0.8564	0.9039	0.8604	0.8694	0.8834	0.9421	0.8658	0.9857	0.9106	0.9274	1.0643	0.9075	0.9865	0.8782	0.9121	0.8883	0.8658	0.8530	0.8525	0.7856	0.9284	0.8496	0.9772	0.8459	1.1404	0.8926	0.8748	0.9198	0.9970	0.8273	0.8418	0.8213	0.8112	0.9966	1.0534	0.7722	0.9640	0.8463	0.8459	0.8513	0.9612	0.6611	0.9880
LPI 18:0	0.0052	0.0047	0.0042	0.0108	0.0090	0.0086	0.0092	0.0056	0.0106	0.0090	0.0084	0.0122	0.0078	0.0102	0.0091	0.0151	0.0100	0.0057	0.0117	0.0081	0.0059	0.0097	0.0142	0.0171	0.0076	0.0123	0.0103	0.0132	0.0141	0.0082	0.0127	0.0114	0.0079	0.0138	0.0105	0.0220	0.0085	0.0064	0.0086	0.0113	0.0082	0.0203	0.0125	0.0085
LPI 20:4	0.0018	0.0026	0.0026	0.0044	0.0055	0.0038	0.0055	0.0022	0.0029	0.0049	0.0037	0.0044	0.0026	0.0036	0.0045	0.0050	0.0032	0.0044	0.0068	0.0049	0.0050	0.0035	0.0029	0.0045	0.0026	0.0067	0.0023	0.0044	0.0038	0.0046	0.0058	0.0038	0.0019	0.0024	0.0027	0.0053	0.0021	0.0025	0.0028	0.0044	0.0035	0.0098	0.0056	0.0029
BMP 32:0	0.0021	0.0024	0.0018	0.0027	0.0023	0.0021	0.0034	0.0025	0.0042	0.0036	0.0017	0.0041	0.0018	0.0023	0.0036	0.0062	0.0044	0.0025	0.0040	0.0035	0.0034	0.0043	0.0071	0.0025	0.0057	0.0033	0.0039	0.0031	0.0037	0.0055	0.0071	0.0064	0.0048	0.0042	0.0060	0.0038	0.0053	0.0032	0.0073	0.0080	0.0037	0.0161	0.0074	0.0031
BMP 32:1	0.0014	0.0011	0.0010	0.0016	0.0012	0.0009	0.0019	0.0010	0.0015	0.0014	0.0006	0.0016	0.0011	0.0010	0.0013	0.0018	0.0015	0.0013	0.0015	0.0020	0.0017	0.0018	0.0026	0.0012	0.0027	0.0016	0.0018	0.0013	0.0014	0.0024	0.0030	0.0026	0.0021	0.0020	0.0021	0.0021	0.0021	0.0013	0.0028	0.0029	0.0020	0.0059	0.0031	0.0012
BMP 34:0	0.0019	0.0014	0.0012	0.0021	0.0017	0.0021	0.0024	0.0023	0.0026	0.0027	0.0014	0.0034	0.0021	0.0017	0.0029	0.0057	0.0031	0.0025	0.0026	0.0025	0.0025	0.0030	0.0040	0.0014	0.0036	0.0027	0.0028	0.0021	0.0029	0.0031	0.0051	0.0038	0.0032	0.0025	0.0031	0.0030	0.0037	0.0021	0.0045	0.0046	0.0029	0.0105	0.0049	0.0024
BMP 34:1	0.0094	0.0087	0.0074	0.0103	0.0094	0.0102	0.0170	0.0098	0.0143	0.0139	0.0070	0.0151	0.0095	0.0097	0.0137	0.0254	0.0160	0.0117	0.0166	0.0162	0.0146	0.0166	0.0275	0.0092	0.0239	0.0160	0.0157	0.0122	0.0160	0.0231	0.0323	0.0231	0.0162	0.0152	0.0213	0.0150	0.0204	0.0125	0.0268	0.0292	0.0142	0.0631	0.0290	0.0114
BMP 34:2	0.0010	0.0011	0.0012	0.0018	0.0015	0.0009	0.0057	0.0014	0.0013	0.0014	0.0011	0.0020	0.0013	0.0012	0.0019	0.0018	0.0022	0.0015	0.0021	0.0018	0.0017	0.0020	0.0019	0.0011	0.0016	0.0012	0.0016	0.0015	0.0013	0.0011	0.0016	0.0017	0.0017	0.0014	0.0018	0.0012	0.0020	0.0012	0.0024	0.0022	0.0018	0.0030	0.0020	0.0017
BMP 36:0	0.0029	0.0038	0.0049	0.0047	0.0072	0.0070	0.0108	0.0047	0.0055	0.0107	0.0062	0.0088	0.0070	0.0054	0.0052	0.0150	0.0116	0.0073	0.0149	0.0134	0.0121	0.0062	0.0056	0.0047	0.0068	0.0046	0.0044	0.0041	0.0048	0.0058	0.0098	0.0094	0.0052	0.0059	0.0049	0.0081	0.0076	0.0043	0.0056	0.0054	0.0045	0.0115	0.0106	0.0076
BMP 36:1	0.0080	0.0085	0.0075	0.0104	0.0086	0.0111	0.0155	0.0097	0.0130	0.0156	0.0073	0.0183	0.0103	0.0096	0.0139	0.0310	0.0149	0.0109	0.0162	0.0160	0.0140	0.0154	0.0270	0.0102	0.0251	0.0148	0.0158	0.0124	0.0163	0.0230	0.0401	0.0219	0.0181	0.0161	0.0219	0.0169	0.0189	0.0129	0.0220	0.0284	0.0118	0.0627	0.0270	0.0121
BMP 36:2	0.0877	0.0844	0.0709	0.1063	0.0877	0.0901	0.1782	0.0982	0.1479	0.1276	0.0591	0.1633	0.0895	0.0995	0.1412	0.2482	0.1269	0.0926	0.1186	0.1305	0.1112	0.1616	0.3196	0.0998	0.2978	0.1808	0.1780	0.1461	0.1829	0.2527	0.4109	0.2285	0.1701	0.1779	0.2518	0.1759	0.2154	0.1342	0.2840	0.3376	0.1538	0.7108	0.2918	0.1186
BMP 36:3	0.0012	0.0015	0.0017	0.0017	0.0017	0.0021	0.0021	0.0012	0.0015	0.0023	0.0015	0.0024	0.0018	0.0015	0.0020	0.0027	0.0021	0.0016	0.0022	0.0022	0.0020	0.0021	0.0021	0.0014	0.0020	0.0019	0.0015	0.0017	0.0020	0.0015	0.0023	0.0019	0.0018	0.0016	0.0022	0.0023	0.0020	0.0015	0.0019	0.0020	0.0016	0.0027	0.0019	0.0014
BMP 38:3	0.0020	0.0024	0.0021	0.0021	0.0023	0.0025	0.0043	0.0023	0.0028	0.0027	0.0017	0.0037	0.0026	0.0026	0.0033	0.0058	0.0036	0.0024	0.0028	0.0035	0.0027	0.0032	0.0059	0.0021	0.0045	0.0037	0.0045	0.0029	0.0039	0.0045	0.0073	0.0039	0.0035	0.0032	0.0044	0.0034	0.0045	0.0026	0.0045	0.0058	0.0029	0.0098	0.0051	0.0024
BMP 38:4	0.0105	0.0144	0.0187	0.0136	0.0315	0.0299	0.0438	0.0161	0.0165	0.0406	0.0283	0.0366	0.0331	0.0190	0.0178	0.0551	0.0502	0.0339	0.0683	0.0575	0.0582	0.0232	0.0117	0.0166	0.0114	0.0136	0.0112	0.0116	0.0133	0.0131	0.0221	0.0218	0.0182	0.0164	0.0136	0.0199	0.0146	0.0105	0.0119	0.0107	0.0113	0.0187	0.0301	0.0221
BMP 38:5	0.0007	0.0012	0.0013	0.0011	0.0016	0.0020	0.0025	0.0009	0.0010	0.0021	0.0014	0.0019	0.0023	0.0013	0.0013	0.0030	0.0016	0.0015	0.0023	0.0025	0.0021	0.0016	0.0014	0.0010	0.0011	0.0014	0.0009	0.0011	0.0009	0.0009	0.0013	0.0020	0.0013	0.0011	0.0015	0.0020	0.0012	0.0007	0.0010	0.0009	0.0011	0.0016	0.0020	0.0012
NAPS 36:0	0.0007	0.0010	0.0005	0.0013	0.0023	0.0012	0.0013	0.0031	0.0036	0.0020	0.0004	0.0033	0.0015	0.0011	0.0018	0.0054	0.0009	0.0003	0.0020	0.0020	0.0012	0.0019	0.0081	0.0041	0.0092	0.0036	0.0045	0.0017	0.0055	0.0104	0.0151	0.0020	0.0033	0.0041	0.0088	0.0019	0.0097	0.0035	0.0113	0.0116	0.0035	0.0178	0.0089	0.0002
NAPS 36:1	0.0177	0.0153	0.0090	0.0252	0.0099	0.0114	0.0107	0.0190	0.0366	0.0133	0.0048	0.0205	0.0083	0.0101	0.0265	0.0566	0.0154	0.0126	0.0192	0.0208	0.0140	0.0342	0.0759	0.0231	0.0701	0.0348	0.0357	0.0226	0.0536	0.0495	0.1659	0.0166	0.0395	0.0303	0.0759	0.0224	0.0755	0.0371	0.0715	0.0909	0.0191	0.1510	0.0569	0.0144
NAPS 36:2	0.0009	0.0006	0.0002	0.0017	0.0011	0.0010	0.0006	0.0013	0.0017	0.0002	0.0011	0.0018	0.0011	0.0009	0.0020	0.0028	0.0009	0.0013	0.0001	0.0021	0.0022	0.0023	0.0044	0.0012	0.0040	0.0024	0.0034	0.0025	0.0036	0.0045	0.0117	0.0030	0.0018	0.0024	0.0049	0.0021	0.0043	0.0024	0.0042	0.0043	0.0001	0.0081	0.0028	0.0004
NAPS 38:2	0.0004	0.0009	0.0010	0.0012	0.0011	0.0002	0.0003	0.0005	0.0012	0.0008	0.0005	0.0012	0.0001	0.0002	0.0013	0.0036	0.0008	0.0008	0.0000	0.0008	0.0005	0.0021	0.0009	0.0004	0.0028	0.0009	0.0019	0.0006	0.0021	0.0014	0.0081	0.0007	0.0006	0.0009	0.0028	0.0010	0.0028	0.0009	0.0024	0.0040	0.0007	0.0047	0.0029	0.0005
NAPS 38:3	0.0006	0.0004	0.0004	0.0004	0.0001	0.0000	0.0004	0.0006	0.0006	0.0007	0.0001	0.0006	0.0004	0.0002	0.0003	0.0015	0.0015	0.0001	0.0010	0.0012	0.0004	0.0003	0.0013	0.0010	0.0016	0.0006	0.0016	0.0003	0.0025	0.0012	0.0025	0.0010	0.0011	0.0007	0.0016	0.0009	0.0015	0.0013	0.0020	0.0020	0.0006	0.0034	0.0006	0.0000
NAPS 38:4	0.0007	0.0003	0.0002	0.0005	0.0009	0.0003	0.0020	0.0011	0.0010	0.0019	0.0006	0.0014	0.0005	0.0005	0.0034	0.0017	0.0006	0.0006	0.0015	0.0016	0.0004	0.0017	0.0057	0.0005	0.0061	0.0023	0.0014	0.0021	0.0032	0.0041	0.0094	0.0025	0.0019	0.0018	0.0051	0.0023	0.0053	0.0031	0.0063	0.0088	0.0041	0.0145	0.0047	0.0019
NAPS 40:4	0.0018	0.0006	0.0003	0.0017	0.0010	0.0002	0.0019	0.0014	0.0027	0.0013	0.0013	0.0012	0.0003	0.0000	0.0011	0.0013	0.0023	0.0010	0.0002	0.0007	0.0016	0.0009	0.0049	0.0012	0.0042	0.0017	0.0017	0.0013	0.0014	0.0024	0.0061	0.0024	0.0018	0.0011	0.0032	0.0021	0.0062	0.0029	0.0042	0.0044	0.0007	0.0060	0.0027	0.0005
NAPS 40:5	0.0003	0.0004	0.0009	0.0010	0.0005	0.0004	0.0006	0.0003	0.0013	0.0001	0.0005	0.0010	0.0013	0.0010	0.0002	0.0006	0.0002	0.0008	0.0003	0.0012	0.0015	0.0014	0.0013	0.0005	0.0007	0.0018	0.0003	0.0011	0.0007	0.0001	0.0011	0.0004	0.0002	0.0014	0.0013	0.0005	0.0013	0.0001	0.0006	0.0011	0.0005	0.0005	0.0019	0.0000
NAPS 40:6	0.0031	0.0030	0.0036	0.0038	0.0031	0.0038	0.0036	0.0065	0.0014	0.0023	0.0033	0.0031	0.0043	0.0042	0.0030	0.0035	0.0043	0.0025	0.0051	0.0026	0.0031	0.0071	0.0033	0.0027	0.0034	0.0017	0.0007	0.0046	0.0052	0.0028	0.0028	0.0046	0.0034	0.0033	0.0039	0.0044	0.0024	0.0020	0.0042	0.0039	0.0036	0.0045	0.0044	0.0039
MS_METABOLITE_DATA_END
#METABOLITES
METABOLITES_START
metabolite_name
Sulf 16:0
Sulf 18:0
Sulf 18:1
Sulf 20:0
Sulf 22:0
Sulf 24:0
Sulf 24:1
Sulf 26:0
Sulf 26:1
Sulf(2OH) 18:0
Sulf(2OH) 20:0
Sulf(2OH) 22:0
Sulf(2OH) 22:1
Sulf(2OH) 24:0
Sulf(2OH) 24:1
Sulf(2OH) 26:0
Sulf(2OH) 26:1
GM3 16:0
GM3 18:0
GM3 18:1
GM3 20:0
GM3 22:0
GM3 24:0
GM3 24:1
PA 32:0
PA 32:1
PA 34:0
PA 34:1
PA 34:2
PA 36:0
PA 36:1
PA 36:2
PA 38:1
PA 38:2
PA 38:3
PA 38:4
PA 40:5
PA 40:6
PE 30:0
PE 32:0
PE 32:1
PE 34:0
PE 34:1
PE 34:2
PE 36:0
PE 36:1
PE 36:2
PE 36:3
PE 36:4
PE 38:1
PE 38:2
PE 38:3
PE 38:4
PE 38:5
PE 38:6
PE 40:3
PE 40:4
PE 40:5
PE 40:6
PE 42:5
PE 42:6
PEp 32:0
PEp 32:1
PEp 34:0
PEp 34:1
PEp 34:2
PEp 36:0
PEp 36:1
PEp 36:2
PEp 36:3
PEp 36:4
PEp 38:2
PEp 38:3
PEp 38:4
PEp 38:5
PEp 38:6
PEp 40:3
PEp 40:4
PEp 40:5
PEp 40:6
PEp 42:5
PEp 42:6
PG 32:0
PG 32:1
PG 34:0
PG 34:1
PG 34:2
PG 36:0
PG 36:1
PG 36:2
PG 36:3
PG 38:3
PG 38:4
PG 38:5
PI 34:0
PI 34:1
PI 36:1
PI 36:2
PI 36:3
PI 36:4
PI 38:3
PI 38:4
PI 38:5
PI 38:6
PI 40:4
PI 40:5
PI 40:6
PS 32:0
PS 32:1
PS 34:0
PS 34:1
PS 36:0
PS 36:1
PS 36:2
PS 38:1
PS 38:2
PS 38:3
PS 38:4
PS 40:3
PS 40:4
PS 40:5
PS 40:6
PS 42:4
PS 42:5
LPE 16:0
LPE 18:0
LPE 18:1
LPE 20:4
LPEp 16:0
LPEp 18:0
LPEp 18:1
LPI 16:0
LPI 18:0
LPI 20:4
BMP 32:0
BMP 32:1
BMP 34:0
BMP 34:1
BMP 34:2
BMP 36:0
BMP 36:1
BMP 36:2
BMP 36:3
BMP 38:3
BMP 38:4
BMP 38:5
NAPS 36:0
NAPS 36:1
NAPS 36:2
NAPS 38:2
NAPS 38:3
NAPS 38:4
NAPS 40:4
NAPS 40:5
NAPS 40:6
METABOLITES_END
#END