XTT Sodium Salt (CAS 111072-31-2): A Key Reagent for Cell Viability and Proliferation Assays
Unlock precise insights into cell health and metabolic activity with this essential biochemical tool.
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XTT Sodium Salt
XTT Sodium Salt (CAS 111072-31-2) is a crucial tetrazolium salt primarily employed in various biological research applications for accurately assessing cell viability and proliferation. Its key advantage lies in producing a water-soluble formazan dye upon bioreduction, a significant improvement over other tetrazolium salts that require a solubilization step, thereby streamlining experimental workflows and enhancing user convenience.
- Enhance your research with a high sensitivity cell viability test, allowing for the detection of subtle changes in cellular metabolic activity.
- Explore the precise mechanism of the XTT assay, understanding how bioreduction to formazan dye provides clear, quantifiable results.
- Leverage XTT sodium salt for cell proliferation studies, reliably tracking cell growth and response to various treatments and conditions.
- Benefit from the superior performance of XTT sodium salt (CAS 111072-31-2), which offers a greater dynamic range compared to conventional MTT assays.
Key Advantages
Streamlined Assay Process
Experience a more efficient workflow with XTT sodium salt, as its product, the formazan dye, is water-soluble, eliminating the need for a separate solubilization step which is often required for other tetrazolium salts.
Superior Sensitivity and Range
Achieve more accurate and reproducible results in your cell viability tests by utilizing the higher sensitivity and greater dynamic range offered by XTT sodium salt, allowing for more detailed analysis of cellular responses.
Versatile Research Applications
Effectively monitor cell proliferation and assess cytotoxicity in diverse research contexts, including drug discovery, toxicology studies, and the evaluation of biologically active compounds.
Key Applications
Cell Viability Assessment
Utilize the XTT assay for precise measurement of cell viability, crucial for understanding cellular health under various experimental conditions.
Cell Proliferation Monitoring
Track and quantify cell growth rates and responses to stimuli using XTT sodium salt, a reliable tool for proliferation studies.
Cytotoxicity Testing
Determine the cytotoxic effects of compounds or treatments on cell lines by observing the metabolic activity changes indicated by the XTT assay.
Drug Discovery and Development
Support drug discovery pipelines by employing XTT sodium salt to evaluate the efficacy and safety of potential therapeutic agents.