Glutathione (GSH) Fluorescent 384-Well Detection Kit

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Features

  • USE - Measure Free or Oxidized Glutathione in 15 Minutes.
  • SAMPLE - Lysates, WB, RBCs, Serum, Plasma, Urine and Tissue
  • SAMPLES/KIT - ~183 (Free and Oxidized) in Duplicate
  • STABILITY - Stable 4˚C Liquid Reagents

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Multi Species and Most Sensitive

Description

The DetectX® Glutathione (GSH) Fluorescent Detection kit utilizes a proprietary non-fluorescent molecule, ThioStar®, that covalently binds to the free thiol group on GSH to yield a highly fluorescent product. After mixing the sample or standard with ThioStar® and incubating at room temperature for 15 minutes. This kit uses 2 384-well plates that allow the measurement of about 375 samples in duplicate for either GSH or GSSG content, or measure about 183 samples in duplicate for both GSH and GSSG. The signal produced is read at 510 nm in a fluorescent plate reader with excitation at 390 nm. Sample GSSG is determined by addition of a reaction mixture converts all the GSSG into free GSH, which then reacts with ThioStar®.

Glutathione (GSH) is the highest concentration non-protein thiol in mammalian cells and is present in concentrations of 0.5 to 10 mM. GSH plays a key role in many biological processes, including the synthesis of proteins and DNA, the transport of amino acids, and the protection of cells against oxidation. Harmful hydrogen peroxide cellular levels are minimized by the enzyme glutathione peroxidase (GP) using GSH as a reductant. The oxidized GSH dimer, GSSG, is formed from GSH and peroxide by the GP reaction. An important role of GSSG in the NFkB activating signal cascade is suggested by the fact that the potent NFkB inducer TPA increases intracellular GSSG levels and GSSG/GSH ratios.

384-Well Glutathione Fluorescent Standard Curve

 

Data Reduction Template by MyAssays

Item Catalog # Price
Glutathione Fluorescent 384-Well Detection Kit K006-F1D$485.00Inquire About This Product


Publications

Date Publication
Jan 28 2014 Antioxidant status in relation to age, condition, reproductive performance and pollution in three passerine species

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