Specifications Table

Product Name: – Z-D-Threonine 99.0%
Quantity/Pack Size: – 1 gm, 5 gm, 25 gm
Form: – Crystalline Powder
Grade: – Lab Grade
Application: – Biochemical Research, Synthesis

Product Overview

Z-D-Threonine 99.0% is a premium-quality amino acid derivative designed for high-precision laboratory applications. This compound is synthesized under stringent conditions to ensure maximum purity and consistency, making it suitable for demanding research and development tasks. The 99.0% purity grade guarantees minimal impurities, which is critical for experiments requiring high accuracy. Its crystalline powder form ensures easy handling and precise measurement, while its stability under standard lab conditions enhances its usability. Researchers and educators in India rely on Z-D-Threonine 99.0% for its reliability and performance in various biochemical and synthetic processes. The product is packaged in airtight containers to preserve its integrity and prevent contamination, ensuring that it meets the highest standards of quality control.

FAQs

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

Z-D-Threonine 99.0% is primarily used in biochemical research and synthesis processes due to its high purity and stability.

2. Is Z-D-Threonine 99.0% compatible with other lab reagents?

Yes, Z-D-Threonine 99.0% is compatible with most standard lab reagents, but compatibility should be verified for specific applications.

3. How should Z-D-Threonine 99.0% be stored to maintain its quality?

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

4. What alternatives are available if Z-D-Threonine 99.0% is unavailable?

Alternatives may include other high-purity amino acid derivatives, but their suitability should be assessed based on specific research requirements.

5. Is Z-D-Threonine 99.0% sourced from reliable suppliers?

Yes, Z-D-Threonine 99.0% is sourced from trusted suppliers to ensure consistent quality and reliability for lab use.