NADP (Triphosphopyridine nucleotide) CAS 53-59-8
Essential cofactor for vital metabolic processes and diagnostic assays.
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NADP (Triphosphopyridine nucleotide)
NADP, also known as Nicotinamide Adenine Dinucleotide Phosphate, is a fundamental molecule in all living organisms, acting as a crucial cofactor in metabolic pathways. Its ability to shuttle electrons (alternating between NADP+ and NADPH forms) is central to countless biochemical reactions. This makes it indispensable in various diagnostic kits used for accurately measuring critical health markers.
- Explore the role of NADP as a key cofactor in cellular metabolism, supporting crucial oxidation and reduction reactions.
- Discover how NADP is utilized in a wide range of diagnostic kits, including those for HCY, ADA, TBA, ALT, AST, SA, GLDH, CK, a-HBDH, LDH, and Glucose.
- Understand the importance of NADP in maintaining cellular energy balance and its function as a vital component in biochemical assays.
- Learn about the product's specification: a high-purity white powder (>99%), typically packaged in 1kg aluminum foil bags or 25kg drums.
Key Advantages
Metabolic Essentiality
As a critical cofactor, NADP underpins numerous metabolic processes, making it vital for understanding and diagnosing a wide array of biological functions.
Diagnostic Versatility
Its widespread application in diagnostic kits for various biomarkers highlights its reliability and importance in clinical laboratories and research settings.
High Purity Assured
The product is supplied as a >99% pure white powder, ensuring accuracy and consistency in sensitive biochemical reactions and diagnostic tests.
Key Applications
Biochemical Assays
Crucial for enzymatic assays and spectrophotometric methods used in clinical diagnostics, leveraging the NADP/NADPH redox cycle.
Diagnostic Kit Manufacturing
A key ingredient in the production of various diagnostic kits for enzymes and metabolites, supporting accurate health monitoring.
Metabolic Research
Essential for studying metabolic pathways, enzyme kinetics, and cellular respiration in research laboratories.
Nutritional Fortification
While its primary role is metabolic, its presence as a nucleotide is relevant in broader nutritional and biochemical contexts.