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Brief Summary

B12 is a cobalt containing research compound studied for its role in methylation biology, red blood cell formation pathways, neurological marker analysis, DNA synthesis, and cellular energy metabolism. In laboratory and nutritional research models, B12 is commonly examined through cobalamin dependent enzyme activity, homocysteine regulation markers, methylmalonic acid pathways, mitochondrial function, and cell division studies. Its scientific importance comes from its involvement in methionine synthase and methylmalonyl CoA mutase activity, making it relevant for biochemical, metabolic, and haematological research.

Product Overview

B12 is a well characterised bioactive compound extensively used in laboratory research focused on cellular energy processes metabolic coordination and neurological signalling systems. Within research environments B12 is examined for its role in supporting essential biochemical reactions that contribute to cellular function and system level metabolic regulation. Its consistent molecular behaviour and stability make it suitable for a wide range of experimental models. In scientific research settings B12 is commonly utilised as a reference compound in studies examining nutrient dependent cellular pathways and cofactor mediated biochemical activity. Its established research profile allows investigators to explore both foundational metabolic mechanisms and advanced signalling interactions under controlled laboratory conditions.

Scientific Background

From a biochemical perspective B12 functions as a critical cofactor involved in enzymatic processes related to nucleic acid synthesis amino acid metabolism and cellular energy production. Research models frequently explore its involvement in methylation related pathways and mitochondrial associated metabolic activity which are central to maintaining cellular integrity and signalling balance. B12 exhibits a complex molecular structure that supports precise interaction with intracellular enzymes and transport mechanisms. This enables researchers to investigate how cofactor availability influences cellular communication metabolic efficiency and regulatory pathway coordination across diverse experimental systems.

Research Applications

B12 is widely applied across in vitro and preclinical research models focused on metabolic regulation cellular energetics and neurological signalling frameworks. Its stability under controlled storage and reconstitution conditions supports accurate experimental dosing and reproducible outcomes across extended research protocols. This compound is commonly incorporated into research examining enzymatic efficiency nutrient interaction dynamics and system wide metabolic coordination. B12 remains a valuable research material for laboratories investigating fundamental biochemical processes and cofactor driven cellular regulation within compliant research environments.

Technical Specifications

• Contents: 1mg, 10ml Vitamin B12
• Form: Lyophilized powder
• Purity: >99% (HPLC Verified)
• Molecular Formula: C₆₃H₈₈CoN₁₄O₁₄P
• Sequence: N/A
• Peptide Length: N/A
• pH Range: 4.5-7.5
• Storage: Store between 1°C and 3°C

Note: Meta-Amino comes in 10ml solution, no reconstitution required. 

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Disclaimer

For research purposes only, Not for human consumption