Tiron CAS 149-45-1: A Versatile Metal Indicator and Superoxide Scavenger
Discover the essential properties and applications of Tiron, a key reagent in analytical chemistry and oxidative stress research.
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Tiron
Tiron, identified by CAS 149-45-1, is a crucial chemical compound renowned for its exceptional capabilities as a metal indicator and a potent superoxide scavenger. Its unique molecular structure allows it to form stable, colored complexes with various metal ions, making it indispensable for precise analytical determinations.
- Tiron chemical compound applications include its vital role in complexometric titrations, particularly for the detection and quantification of metals like titanium and iron.
- As a superoxide scavenger Tiron exhibits significant efficacy in research focused on oxidative stress, contributing to the understanding of cellular damage mechanisms.
- The compound's ability to form colored complexes makes it an excellent Tiron metal indicator uses in quantitative analysis, ensuring accurate results.
- Its properties are foundational for various Tiron analytical chemistry reagent applications, supporting researchers in diverse chemical analyses.
Advantages Offered by Tiron
Precise Metal Detection
Leverage Tiron's strong chelating properties for accurate identification and measurement of specific metal ions, crucial for quality control and research where metal concentration matters.
Oxidative Stress Research Tool
Utilize Tiron's capacity as a superoxide scavenger to investigate cellular responses to oxidative damage, aiding in the development of protective strategies and therapies.
Versatile Analytical Applications
Benefit from its broad utility in various analytical techniques, including titrations and spectrophotometry, as highlighted by Tiron chemical compound applications in diverse laboratory settings.
Key Applications
Metal Ion Analysis
Tiron serves as a critical reagent for the quantitative determination of metal ions, particularly iron and titanium, through complexometric titration and colorimetric methods, showcasing its value as a Tiron metal indicator uses.
Oxidative Stress Studies
Its role as a superoxide scavenger makes Tiron an essential tool for researchers studying the mechanisms of oxidative stress and the efficacy of antioxidant compounds, supporting Tiron antioxidant capacity studies.
Complexometric Titrations
Tiron is widely employed as an indicator in complexometric titrations, facilitating accurate endpoint determination in various analytical procedures, a key aspect of its function as a Tiron analytical chemistry reagent.
Biochemical Research
In biochemical research, Tiron contributes to understanding reactive oxygen species and their impact on biological systems, further broadening its scope of use.