High Sensitivity Tetrazolium Reagent for NADH and Cell Proliferation Assays
A water-soluble reagent for precise NADH detection and cell proliferation studies.
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2-(4-Iodophenyl)-3-(4-nitrophenyl)-5-(2,4-disulfophenyl)-2H-tetrazolium sodium salt
This highly sensitive tetrazolium reagent is designed to offer precise results in biochemical assays. It leverages mitochondrial dehydrogenase for activation, converting into a distinct water-soluble formazan that allows for accurate measurement in cell proliferation assays and NADH detection.
- Leverage the benefits of a high sensitivity tetrazolium reagent for accurate NADH assays.
- Facilitate precise cell proliferation assays with a reagent activated by mitochondrial dehydrogenase.
- Utilize a water-soluble tetrazolium reagent for ease of use and clear colorimetric detection.
- Ensure reliable results with a product of 98% purity, ideal for scientific research and diagnostics.
Advantages Offered by the Product
Enhanced Sensitivity
Experience superior detection capabilities with this highly sensitive tetrazolium reagent, crucial for identifying subtle changes in cellular activity and NADH levels.
Water-Soluble Formazan Production
The generation of a water-soluble formazan simplifies sample handling and measurement in cell proliferation assays, making your research workflow more efficient.
Mitochondrial Activity Indicator
Directly assess cellular health and metabolic activity by utilizing this reagent's ability to be cleaved by mitochondrial dehydrogenase, a key indicator in biological studies.
Key Applications
NADH Assays
Accurately quantify NADH levels in biological samples, essential for understanding metabolic pathways and cellular energy status.
Cell Proliferation Studies
Monitor and quantify the rate of cell division and growth, vital for drug screening, toxicology studies, and cancer research.
Diagnostic Reagent Use
Serve as a critical component in diagnostic kits and laboratory tests, providing reliable markers for various biological conditions.
Biochemical Research
Support a wide range of biochemical research, offering a dependable tool for measuring enzyme activity and cellular responses.