High-Purity Biotin-Cysteamine: A Versatile Biotinylation Reagent
Unlock advanced research capabilities with our premium Biotin-Cysteamine, designed for precise biomolecule labeling.
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Biotin-Cysteamine
Biotin-Cysteamine (CAS: 99938-68-8) is a crucial white solid reagent renowned for its high purity exceeding 98%. It is instrumental in facilitating efficient biotinylation of biomolecules, a critical step in numerous biotechnology and life science applications. Its structure combines the strong binding affinity of biotin with the reactive thiol group of cysteamine, making it ideal for various bioconjugation strategies and research purposes.
- Discover the advantages of using a high purity biotin derivative for your experimental needs.
- Explore the applications of biotinylation reagents in advancing bioconjugation chemistry.
- Learn about the specific properties of Biotin-Cysteamine with CAS 99938-68-8, essential for accurate research outcomes.
- Understand how this cysteamine biotin conjugate supports precise protein labeling techniques.
Advantages of Using Biotin-Cysteamine
Exceptional Purity
With a purity exceeding 98%, our Biotin-Cysteamine ensures reliable and reproducible results in your sensitive biochemical research.
Versatile Biotinylation
This reagent is key for effective biotinylation, enabling sensitive detection and separation of biomolecules, a cornerstone of modern biotechnology reagents.
Facilitates Bioconjugation
Its unique structure makes it an excellent tool for complex bioconjugation, seamlessly linking biotin to target molecules for diverse research applications.
Key Applications
Biotinylation
Utilize Biotin-Cysteamine for precise tagging of biomolecules, crucial for techniques like Western blotting and ELISA, as part of advanced protein labeling techniques.
Bioconjugation Chemistry
Employ this reagent in complex bioconjugation strategies to create novel molecular conjugates for various life science research tools.
Research and Development
Essential for laboratory work, it supports a wide array of experiments in biochemistry and molecular biology, leveraging its high purity biotin derivative properties.
Biotechnology
A vital component for developing diagnostic assays, therapeutic agents, and other biotechnological applications requiring specific molecular targeting.