Species/Sub-species
With the advantage of MS2 fragmentation glycerophospholipids and glycerolipids (except TAG) are reported as subspecies, giving additional information on fatty acids – e.g. PI 18:1;0_16:0;0 denotes phosphatidylinositol with octadecenoic (18:1;0) and hexadecanoic (16:0;0) fatty acids, for which the exact position (sn-1 or sn-2) in relation to the glycerol backbone cannot be discriminated. The remaining lipid classes are reported as species – e.g. TAG 56:3;0 denotes triacylglycerol with the total length of its fatty acids of 56, 3 double bonds, and 0 hydroxylations.
With the advantage of MS2 fragmentation glycerophospholipids and glycerolipids (except TAG) are reported as subspecies, giving additional information on fatty acids – e.g. PI 18:1;0_16:0;0 denotes phosphatidylinositol with octadecenoic (18:1;0) and hexadecanoic (16:0;0) fatty acids, for which the exact position (sn-1 or sn-2) in relation to the glycerol backbone cannot be discriminated. The remaining lipid classes are reported as species – e.g. TAG 56:3;0 denotes triacylglycerol with the total length of its fatty acids of 56, 3 double bonds, and 0 hydroxylations.
-
Standard B. subtilis Cell Lipidomics
$ 439.00 -
Standard B. subtilis Subcellular Lipidomics
$ 449.00 -
Standard P. aeruginosa Cell Lipidomics
$ 439.00 -
Standard P. aeruginosa Subcellular Lipidomics
$ 449.00 -
Standard Yeast Cell Lipidomics
$ 439.00 -
Standard Yeast Exosome Lipidomics
$ 449.00 -
Standard Yeast Organelle Lipidomics
$ 449.00 -
Premium Yeast Cell Lipidomics
$ 579.00 -
Premium Yeast Exosome Lipidomics
$ 589.00 -
Premium Yeast Organelle Lipidomics
$ 589.00 -
Standard E. coli Cell Lipidomics
$ 439.00 -
Standard E. coli Subcellular Lipidomics
$ 449.00