Description

Specifications Table

Product Name: – Z-D-Alanine 99.0%
Quantity/Pack Size: – 5 gm, 25 gm
Form: – Powder
Grade: – Reagent Grade
Application: – Biochemical Research, Peptide Synthesis

Product Overview

Z-D-Alanine 99.0% is a high-purity amino acid derivative widely used in laboratory settings for biochemical research and peptide synthesis. This reagent-grade compound is carefully formulated to meet stringent quality standards, ensuring consistent performance in analytical and experimental applications. The 99% purity level guarantees minimal impurities, making it suitable for critical lab procedures. Z-D-Alanine is a key component in peptide synthesis, where its precise molecular structure supports accurate peptide chain formation. Researchers and educators rely on this reagent for its reliability and reproducibility in lab experiments. The powder form ensures easy handling and precise measurement, while its reagent-grade classification confirms its suitability for high-precision work. Whether used in academic research or industrial applications, Z-D-Alanine 99.0% delivers the purity and consistency required for dependable results.

FAQs

1. What is the primary use of Z-D-Alanine 99.0% in labs?

Z-D-Alanine 99.0% is primarily used in peptide synthesis and biochemical research due to its high purity and reliable molecular structure.

2. Is this product suitable for academic research?

Yes, Z-D-Alanine 99.0% is commonly used in academic research for its high purity and consistency in lab experiments.

3. How should Z-D-Alanine 99.0% be stored?

Store Z-D-Alanine 99.0% in a cool, dry place away from direct sunlight and moisture to maintain its purity and stability.

4. Can Z-D-Alanine 99.0% be used in industrial applications?

Yes, its high purity makes it suitable for industrial applications requiring precise chemical reactions and peptide synthesis.

5. What alternatives are available if Z-D-Alanine 99.0% is unavailable?

Alternatives include L-Alanine or other amino acid derivatives, depending on the specific application requirements.