Luminol CAS 521-31-3: Illuminating Crime Scenes and Scientific Discovery
Explore the power of chemiluminescence with Luminol, a vital reagent for forensic and scientific applications.
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3-Aminophthalhydrazide
3-Aminophthalhydrazide, commonly known as Luminol, is a remarkable chemiluminescent molecule valued for its ability to emit blue light when oxidized. Its primary significance lies in its application as a chemiluminescent probe, particularly in forensic investigations for its reliable reaction with iron found in hemoglobin, enabling the detection of trace amounts of blood at crime scenes. Beyond forensics, it plays a crucial role in biological and chemical analysis, facilitating the detection of specific proteins and metal cations like copper and iron.
- Leverage the power of chemiluminescence for detecting trace amounts of blood at crime scenes, a critical application in forensic science.
- Utilize this advanced reagent in cellular assays for the detection of specific proteins, enhancing biological research capabilities.
- Benefit from its chemiluminescence analysis capabilities for precise measurement of metal cations and other biological indicators.
- Ensure high purity and performance with a product boasting an assay of u226598.0%, meeting stringent quality standards for reliable results.
Key Advantages
Forensic Blood Detection
Accurately detect trace amounts of blood at crime scenes by utilizing Luminol's reaction with iron in hemoglobin, a fundamental application in forensic science.
Advanced Biological Assays
Enhance biological research by employing Luminol in cellular assays for the precise detection of specific proteins and metal ions, aiding in comprehensive analysis.
High Purity and Reliability
Achieve dependable results with our high-quality 3-Aminophthalhydrazide, ensuring an assay of u226598.0% for consistent chemiluminescence performance.
Key Applications
Forensic Investigation
Used by forensic investigators to detect trace amounts of blood at crime scenes due to its reaction with iron in hemoglobin, a key use of this chemiluminescent probe.
Biomedical Research
Employed in cellular assays for the detection of copper, iron, and specific proteins, essential for advancing biological studies and understanding cellular events.
Chemical Analysis
Serves as a chemical analysis reagent and indicator, critical for precise measurements and qualitative assessments in laboratory settings.
Chemiluminescence Measurement
Facilitates chemiluminescence analysis for various applications, including the measurement of metal cations and other sensitive detection methods.