Overview
Fmoc-2-(aminooxy)acetic acid is an unusual aliphatic amino acid that plays a vital role in peptide synthesis. This compound is integral for researchers looking to enhance the functionality of their peptides. It features an aminooxy group, which can facilitate the conjugation of various biomolecules, enabling you to create complex peptide structures for your studies. At AnaSpec, we provide high-quality reagents to meet your research needs, including this versatile amino acid.
Key Features
- Ideal for peptide synthesis
- Contains an aminooxy functional group
- Enhances conjugation capabilities
- High purity for reliable results
- Sourced from trusted suppliers
Specifications
| Product Name | Fmoc-2-(aminooxy)acetic acid |
| Category | Aliphatic Amino Acids |
| Size | 1 g |
| Purity | ≥ 95% |
FAQ
What is Fmoc-2-(aminooxy)acetic acid used for?
Fmoc-2-(aminooxy)acetic acid is primarily used in peptide synthesis, particularly when specific conjugation reactions are needed. Its aminooxy functionality allows for selective binding to other biomolecules, making it ideal for creating advanced peptide constructs.
How does it compare to other aliphatic amino acids?
Unlike standard aliphatic amino acids, Fmoc-2-(aminooxy)acetic acid has a unique aminooxy group that enhances its usability in peptide synthesis. This functionality allows for flexibility in designing experiments, particularly in bioconjugation applications. You can also explore other options like Fmoc-2-aminooctanoic acid for different applications.
Can I use this product for solid-phase synthesis?
Yes, Fmoc-2-(aminooxy)acetic acid is suitable for solid-phase peptide synthesis. Its stability and reactivity under standard coupling conditions make it a reliable choice for this method. If you’re interested in complementary products, consider checking out Fmoc-6-Ahx-OH to expand your toolkit.
Choose Fmoc-2-(aminooxy)acetic acid for your research and experimentation needs. This product provides you with the quality and reliability required in peptide synthesis and biochemical applications.
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