NAD+
Product Overview
NAD+ (Nicotinamide Adenine Dinucleotide) is a naturally occurring coenzyme found in virtually all living cells. It plays an essential role in cellular metabolism, energy production and numerous biochemical reactions involved in maintaining normal cellular function.
NAD+ is widely studied in scientific research for its involvement in mitochondrial activity, cellular signalling and metabolic regulation. As a key component of oxidation-reduction reactions, NAD+ participates in the transfer of electrons during cellular energy production.
Its importance in fundamental biological processes makes NAD+ a compound of significant interest in laboratory research exploring cellular metabolism, mitochondrial function and age-associated biological changes.
Manufacturing
NAD+ can be produced using specialised biochemical manufacturing and purification techniques designed to achieve high purity, molecular accuracy and consistency.
Each batch undergoes independent third-party testing to assess identity and purity, with laboratory results.
The compound is carefully handled and packaged to help maintain product integrity throughout storage and transport.
Research Applications
NAD+ is extensively studied in scientific research exploring:
Cellular Energy Production: Investigation of biochemical pathways involved in ATP production and cellular energy metabolism.
Mitochondrial Function: Examination of NAD+-dependent processes associated with mitochondrial activity and cellular respiration.
Cellular Ageing: Research into changes in NAD+ metabolism and their relationship with age-associated cellular processes.
DNA Repair Mechanisms: Investigation of NAD+-dependent enzymes, including poly(ADP-ribose) polymerases (PARPs), involved in cellular responses to DNA damage.
Metabolic Regulation: Studies examining the role of NAD+ in redox reactions, metabolic homeostasis and cellular signalling.
Sirtuin Activity: Research into NAD+-dependent sirtuin enzymes and their involvement in cellular stress responses and metabolic regulation.
Disclaimer
For research purposes only. Not for human consumption.