Lipidomics studies on macrophages - Foam cell study with wild-type and LDLR(-/-) mice, normal and high-fat diets
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| Legend: |  : View data for technical replicates : Graph of technical replicates(within an expt.)
 : Graph of biological replicates(across expts.) |
|---|
| Details/Graph technical replicates | LM_ID | Name | Mass (neutral) |
WT-Fat WT-Chow KO-Fat KO-Chow |
Units . . . . | |
|---|---|---|---|---|---|---|
|
(MSG070316) | LMFA01030283 | 10Z-heptadecenoic acid | 268.2 (ions) | 9.7 0.93 14 4.9 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030159 | 11,14,17-eicosatrienoic acid | 306.3 (ions) | 89 26 170 45 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030130 | 11,14-eicosadienoic acid | 308.3 (ions) | 81 220 120 290 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030408 | 13,16,19-docosatrienoic acid | 334.3 (ions) | 2.1 2 3.9 3.1 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030132 | 13,16-docosadienoic acid | 336.3 (ions) | 22 75 37 110 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030759 | 5,8,11,14,17-eicosapentaenoic acid | 302.2 (ions) | 110 13 280 27 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030157 | 5,8,11-eicosatrienoic acid | 306.3 (ions) | 120 98 150 160 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030184 | 7,10,13,16,19-docosapentaenoic acid | 330.3 (ions) | 290 72 410 120 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030178 | 7Z,10Z,13Z,16Z-docosatetraenoic acid | 332.3 (ions) | 100 240 150 390 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030056 | 9Z-palmitoleic acid | 254.2 (ions) | 680 120 850 200 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030152 | alpha-linolenic acid | 278.2 (ions) | 2.1 1.7 3.7 2.7 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010020 | Arachidic acid | 312.3 (ions) | 24 17 34 26 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030001 | Arachidonic acid | 304.2 (ions) | 340 370 470 590 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010022 | Behenic acid | 340.3 (ions) | 3.8 2.1 7.1 3.5 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030158 | bishomo-gamma-linolenic acid | 306.3 (ions) | 19 11 34 16 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010026 | Cerotic acid | 396.4 (ions) | 0.7 0.6 1.5 0.63 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030089 | cis-erucic acid | 338.3 (ions) | 84 51 120 71 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030092 | cis-selacholeic acid | 366.3 (ions) | 4.5 3.1 9.2 4.8 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030185 | DHA | 328.2 (ions) | 350 150 550 260 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030141 | gamma-linolenic acid | 278.2 (ions) | 55 30 75 39 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010012 | Lauric acid | 200.2 (ions) | 23 11 31 9.1 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010024 | Lignoceric acid | 368.4 (ions) | 5.6 3.8 12 5.9 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030120 | Linoleic acid | 280.2 (ions) | 580 810 780 1050 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010017 | Margaric acid | 270.3 (ions) | 100 43 140 59 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010014 | Myristic acid | 228.2 (ions) | 340 99 430 130 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030002 | Oleic acid | 282.3 (ions) | 1330 1020 1270 1110 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010001 | Palmitic acid | 256.2 (ions) | 2400 1130 2220 1410 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010015 | Pentadecanoic acid | 242.2 (ions) | 130 25 180 31 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010018 | Stearic acid | 284.3 (ions) | 1160 840 1200 1120 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01030357 | Stearidonic acid | 276.2 (ions) | 0.33 0.1 0.53 0.1 |
pmol/1E6 cells | |
|
(MSG070316) | LMFA01010023 | Tricosanoic acid | 354.3 (ions) | 2.3 0.93 4 1.5 |
pmol/1E6 cells |
*:The units in the table and graphs correspond to the intensity of each analyte
divided by the intensity of the corresponding deuterated internal standard. The amount of internal standard
added to each sample in the time series and control experiments was identical. The relative intensity values
were converted to pmoles by extrapolating from the standard curve for that analyte and then normalized
to the number of cells in a given sample as measured by the quantity of DNA in the well.