5-Aminofluorescein CAS 3326-34-9: A Key Fluorescent Marker for Scientific Research
Discover the vital role of 5-Aminofluorescein (CAS 3326-34-9) in advancing scientific understanding. This high-quality fluorescent marker is essential for researchers seeking precise labeling and detection in various experimental settings. Explore its properties and applications.
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Aminofluorescein
As a reliable supplier in China, we offer 5-Aminofluorescein (CAS 3326-34-9), a critical compound widely utilized as a scientific research reagent and a potent fluorescent marker. Its distinct properties make it invaluable for detailed scientific investigations.
- Leverage 5-aminofluorescein scientific research reagent capabilities to achieve precise experimental outcomes.
- Explore the utility of fluorescent marker synthesis with our high-purity product.
- Understand the key fluoresceinamine properties vital for advanced biological studies.
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Advantages Offered by the Product
Exceptional Fluorescent Properties
Utilize the superior fluorescence of Aminofluorescein, a critical aspect for precise tracking and visualization in complex experimental designs, enhancing the reliability of your research findings.
Versatile Research Applications
Benefit from the versatility of CAS 3326-34-9 as a scientific research reagent, empowering various fields from molecular biology to materials science. Discover its potential for your next breakthrough.
Guaranteed Purity and Quality
Trust in our commitment to providing high-quality chemicals. Our Aminofluorescein meets stringent standards, ensuring consistent performance and reliable results for your critical applications.
Key Applications
Scientific Research
As a dedicated scientific research reagent, this compound is essential for numerous laboratory investigations, aiding in the exploration of chemical and biological processes.
Fluorescent Labeling
Its robust fluorescent properties make it an ideal choice for fluorescent marker synthesis, enabling detailed visualization and analysis in advanced studies.
Biomolecular Studies
The specific chemical structure and reactivity facilitate its use in biomolecular studies, allowing for the tagging and tracking of molecules.
Material Science
In material science, it can be employed to imbue materials with fluorescent properties for specialized applications and analyses.