Isotope Labeled
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Gangliosides
- BUY 860073 - C18:0 GM3-d5 (synthetic)
- BUY 860076 - C18:0 GM1-d5 (synthetic)
- BUY 860120 - C18:0-d7 GM1 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860121 - C18:0-d7 GM2 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860122 - C18:0-d7 GM3 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860123 - C18:0-d7 GD3 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860124 - C18:0-d7 GD2 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860125 - C18:0-d7 GD1b Ceramide (d18:1/18:0-d7), synthetic
- BUY 860126 - C18:0-d7 GT3 Ceramide (d18:1/18:0-d7), synthetic
- BUY 860129 - C18:0-d7 Fuc-GM1 Ceramide (d18:1/18:0-d7), synthetic
- Globosides
The success of the lipidomics field has led to an increased interest in deuterium-labeled lipids. Deuterated glycosphingolipids are commonly used tools to help elucidate structures of naturally occurring glycosphingolipids via mass spec and NMR. Deuterated glycosphingolipids are also used in various NMR studies and have been used to determine which glycosphingolipids are present in biological samples. Not only can deuterated glycosphingolipids be used for structure elucidation and identification, they can be used to better understand glycosphingolipid dynamics and function within cells and cell membranes.
These cellular functions differ when comparing gangliosides to globosides. Gangliosides play a key role in organization and stability of membrane structures, cell signaling, recognition processes, and neuronal development. Globosides are also key players in membrane stability, cell adhesion, and recognition events, but they also play a role in intracellular signaling pathways which influences cellular responses to external stimuli.