Injectable Vitamin B12 – 10mL High-Purity Lab Grade Solution

Injectable Vitamin B12 offers researchers a lab-grade 10mL solution designed for in-depth analysis of cobalamin-related metabolic functions. Vitamin B12 (Cobalamin) is an essential nutrient commonly studied for its role in cellular energy production, neurological function, red blood cell formation, and methylation pathways.

This high-purity research solution provides consistent, dependable quality suitable for academic and biotechnology labs conducting metabolic, biochemical, or cellular studies. Each batch undergoes strict laboratory testing to ensure purity, potency, and reliability for research environments.

Research Applications May Include:

• Metabolic pathway studies

• Cellular energy production & ATP synthesis

• Nutrient absorption mechanisms

• Red blood cell development research

• Neurological function and methylation studies

• General biochemical analysis

The 10mL format is ideal for labs requiring a stable multi-use research solution for ongoing experiments.

FAQ 

1. What is the volume of this Injectable Vitamin B12?

Each unit contains 10mL of high-purity, research-grade Vitamin B12 solution.

2. What is this product used for in research?

Researchers commonly use Vitamin B12 to study:

• Cellular energy processes

• Metabolism & nutrient pathways

• Methylation and neurological support functions

• Hematological (RBC) mechanisms

3. Is this product safe for human or animal use?

No. This Vitamin B12 formulation is strictly for laboratory research and not for human or veterinary use.

4. Is this solution lab-tested?

Yes. Each batch undergoes thorough testing to ensure purity, identity, and research-grade quality.

5. Who should purchase this product?

This Vitamin B12 solution is intended for:

• Academic research labs

• Biochemistry and metabolism research teams

• Biotechnology organizations

• Scientific investigators studying nutrient-related pathways

6. How should Injectable Vitamin B12 be stored?

Researchers should follow their institution’s recommended storage protocols—typically in a temperature-controlled, light-protected environment.