Carbohydrates

2-Deoxy-D-glucose, labeled with tritium at C1/C2. Deoxy-D-glucose (DOG) is a glucose analog that is readily transported into most cells, is phosphorylated and trapped by the cells (unidirectional transport), and cannot be further metabolized. It is the most-common chemical used in glucose uptake assays.

Tritiated glucosamine. This product is commonly used to label glycoproteins, and is commonly used in studies of the cornea.

Methoxy-inulin, labeled on methoxy groups with tritium. ³H-methoxyinulin is commonly used to measure glomerular fitration rates (GFR) or as an extracellular space marker.

D-glucose, labeled with tritium at C6. This product is supplied in 90% ethanol. D-glucose can be used for metabolic studies and glucose uptake.

D-glucose, labeled with tritium. D-glucose can be incorporated into lipds, and provides a measurement of glucose transport. It is a metabolized tracer in glucose uptake studies.

D-glucose, labeled with C-14. D-glucose can be incorporated into lipds, and provides a measurement of glucose transport. It is a metabolized tracer in glucose uptake studies.

D-galactose 1-phosphate, labeled uniformly with carbon-14. This product is typically used in galactose metabolism studies.

50 µCi quantities of D-[6-¹⁴C]-Glucose are available for your research

D-mannitol, labeled with tritium at C1. Tritiated manitol is commonly used as an extracellular space marker.

Sucrose, labeled with C-14. ¹⁴C-sucrose is commonly used to study blood-brain barrier permeability.

250 µCi quantities of D-[U-¹⁴C]-Xylose are available for your research.

Methyl α-D-glucopyranoside (AMG), labeled with C-14 on the glucose group. This product is typically used in AMG uptake and glucose transport studies.

Citric acid, labeled with C-14 at C1 and C5. ¹⁴C-citrate is commonly used to label long-chain fatty acids.

D-glucose, uniformly labeled with C-14. This product is supplied in 90% ethanol. D-glucose can be used for metabolic studies and glucose uptake.

250 µCi quantities of Myo-[2-³H(N)]-Inositol are available for your research.

Myo-inositol, labeled with tritium. This product is supplied in 90% ethanol. Tritiated myoinositol is commonly used to label lipids.

5 mCi quantities of D-[2-³H(N)]-Mannose are available for your research.

2-Deoxy-D-glucose, nominally labeled with tritium at C1/C2. This product is supplied in 90% ethanol. Deoxy-D-glucose (DOG) is a glucose analog that is readily transported into most cells, is phosphorylated and trapped by the cells (unidirectional transport), and cannot be further metabolized. It is the most-common chemical used in glucose uptake assays.

1 mCi quantities of D-[¹⁴C(U)]-Glucose are available for your research.

3-O-methyl-D-glucose, labeled on the methyl group with C-14. 3-O-methyl-D-glucose (OMG) is a glucose analog that is readily transported into most cells, but does not become phosphorylated and therefore will equilibrate across the cell membrane. Equilibrium is usually reached rapidly, so glucose uptake assays may only be linear for a short period of time; you may need to take your measurements fairly quickly. This analog cannot be further metabolized by cells.

2-deoxy-D-glucose, labeled at the 1,2 position with tritium. This glucose analog is readily transported into most cells and cannot be further metabolized, and is commonly used in glucose uptake assays.

2-Deoxy-D-glucose, nominally labeled with tritium at C1/C2. This product is supplied steri-packaged in an aqueous solution. Deoxy-D-glucose (DOG) is a glucose analog that is readily transported into most cells, is phosphorylated and trapped by the cells (unidirectional transport), and cannot be further metabolized. It is the most-common chemical used in glucose uptake assays.

D-glucose, labeled with tritium at C3. This product is supplied in 90% ethanol. Specifically-labeled glucose can be used for metabolic studies and glucose uptake.

Myoinositol, labeled with tritium. ³H-myo-inositol is commonly used in uptake and blood-brain barrier transport studies, as well as to label lipids for incorporation studies.

2-Deoxy-D-glucose, labeled uniformly with carbon-14. This product is supplied steri-packaged in an aqueous solution. Deoxy-D-glucose (DOG) is a glucose analog that is readily transported into most cells, is phosphorylated and trapped by the cells (unidirectional transport), and cannot be further metabolized. It is the most-common chemical used in glucose uptake assays.