Sodium Mercaptopyruvate (CAS 10255-67-1): A Crucial Biochemical Intermediate
Unlocking the secrets of sulfur metabolism and cellular redox balance with this essential compound.
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Mercaptopyruvate Sodium Salt
Sodium Mercaptopyruvate (CAS 10255-67-1) is a fundamental metabolite in the intricate pathways of cysteine and methionine metabolism. Its primary significance lies in its role as a key intermediate within the mercaptopyruvate pathway, a biochemical process critical for maintaining the delicate cellular redox status.
- Understanding the mercaptopyruvate pathway intermediate functions is key to biochemical research. This compound plays a central role in elucidating complex metabolic networks.
- Investigating cysteine metabolism metabolite roles helps in understanding amino acid pathways. Researchers utilize this compound to explore how cysteine is processed in biological systems.
- Maintaining cellular redox status is vital for cell health, and this compound is central to that process. Its involvement in regulating oxidation-reduction balance makes it an important subject of study.
- As a 3-mercaptopyruvate sulfurtransferase substrate, it is crucial for enzymatic studies. Understanding its interaction with enzymes like 3-mercaptopyruvate sulfurtransferase sheds light on sulfur transfer mechanisms.
Advantages of Using Mercaptopyruvate Sodium Salt
Essential for Metabolic Pathway Research
Its role as a 3-mercaptopyruvate pathway intermediate makes it indispensable for studying biochemical processes related to cysteine and methionine. You can buy Sodium Mercaptopyruvate to advance your research.
Supports Cellular Redox Balance Studies
By participating in reactions that maintain cellular redox status, this compound is invaluable for research into oxidative stress and cellular protection mechanisms. Purchase Sodium Mercaptopyruvate to explore these critical functions.
Facilitates Enzyme Activity Investigations
As a substrate for key enzymes like 3-mercaptopyruvate sulfurtransferase, it aids in understanding enzyme kinetics and mechanisms, crucial for drug discovery and biochemical analysis. Find Sodium Mercaptopyruvate for your enzymatic studies.
Key Applications
Biochemical Research
This compound is a cornerstone in biochemical research, particularly for understanding sulfur metabolism and the mercaptopyruvate pathway. Scientists often buy Sodium Mercaptopyruvate for in-vitro studies.
Metabolism Studies
Its function as a cysteine metabolism metabolite makes it a key focus in studies related to amino acid processing and its impact on cellular health.
Enzyme Assays
Researchers utilize it as a substrate in enzyme assays to investigate the activity and mechanisms of sulfurtransferases and related enzymes.
Cellular Redox Research
Its role in maintaining cellular redox balance makes it valuable for research into oxidative stress, antioxidant defense, and the development of related therapeutics.