The essential molecule researched for its role in cellular energy and healthy aging.
NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme present in almost all cells of the body. It is essential for energy production and participates in hundreds of biological processes related to metabolism, DNA repair, and cellular function. As its levels tend to decrease with age, it has become one of the most researched compounds in the field of longevity and metabolic health.
What is it?
NAD+ is a natural molecule that plays a role in converting nutrients into energy and in the proper functioning of cells.
In short:
• It is one of the most important molecules for cells to produce energy and remain healthy.
How does it work?
NAD+ participates in essential metabolic reactions, helping cells produce energy (ATP). It also acts as a cofactor for proteins related to DNA repair, cellular stress response, and maintenance of mitochondrial function.
What does science investigate?
• Cellular energy production.
• DNA repair.
• Healthy aging.
• Brain and cognitive function.
• Metabolic health and mitochondrial function.
What results have studies observed?
Research has reported trends such as:
• Increased cellular energy production.
• Support for mitochondrial function.
• Interest in its possible role in DNA repair.
• Potential contribution to healthy aging and metabolic health.
What makes NAD+ different?
Unlike many compounds used in research, NAD+ is not a peptide but a molecule that exists naturally in all cells of the body and is essential for life. Its importance in metabolism has made it one of the most studied compounds in longevity research.
What does it NOT do?
• It does not stop the natural aging process.
• It does not guarantee an increase in energy or performance.
• It does not replace healthy habits such as good nutrition, exercise, and rest.
• It is not approved as a treatment to prevent or cure aging-related diseases.
Why is it so well-known?
Because it participates in hundreds of fundamental biological processes and its levels naturally decline with age. This has driven numerous investigations into its possible role in cellular health, metabolism, and longevity.
Interesting fact
• All cells in the body need NAD+ to produce energy. Without this molecule, essential processes such as ATP generation, cellular repair, and metabolism could not occur.
Is this compound for you?
If you are interested in learning about:
• Cellular energy production.
• Mitochondrial function.
• DNA repair.
• Metabolic health.
• Longevity research.
NAD+ is one of the most important and studied compounds in these research areas.
Did you know?
Although many people associate NAD+ with longevity, its main function is much broader: it participates in hundreds of essential biochemical reactions for life. Its decline with age has motivated numerous studies on its possible relationship with metabolism, mitochondrial function, and healthy aging. However, many of its potential applications continue to be the subject of clinical research.
Product intended for research use only. The information is educational and does not constitute medical advice, diagnosis, or treatment.
NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme present in almost all cells of the body. It is essential for energy production and participates in hundreds of biological processes related to metabolism, DNA repair, and cellular function. As its levels tend to decrease with age, it has become one of the most researched compounds in the field of longevity and metabolic health.
What is it?
NAD+ is a natural molecule that plays a role in converting nutrients into energy and in the proper functioning of cells.
In short:
• It is one of the most important molecules for cells to produce energy and remain healthy.
How does it work?
NAD+ participates in essential metabolic reactions, helping cells produce energy (ATP). It also acts as a cofactor for proteins related to DNA repair, cellular stress response, and maintenance of mitochondrial function.
What does science investigate?
• Cellular energy production.
• DNA repair.
• Healthy aging.
• Brain and cognitive function.
• Metabolic health and mitochondrial function.
What results have studies observed?
Research has reported trends such as:
• Increased cellular energy production.
• Support for mitochondrial function.
• Interest in its possible role in DNA repair.
• Potential contribution to healthy aging and metabolic health.
What makes NAD+ different?
Unlike many compounds used in research, NAD+ is not a peptide but a molecule that exists naturally in all cells of the body and is essential for life. Its importance in metabolism has made it one of the most studied compounds in longevity research.
What does it NOT do?
• It does not stop the natural aging process.
• It does not guarantee an increase in energy or performance.
• It does not replace healthy habits such as good nutrition, exercise, and rest.
• It is not approved as a treatment to prevent or cure aging-related diseases.
Why is it so well-known?
Because it participates in hundreds of fundamental biological processes and its levels naturally decline with age. This has driven numerous investigations into its possible role in cellular health, metabolism, and longevity.
Interesting fact
• All cells in the body need NAD+ to produce energy. Without this molecule, essential processes such as ATP generation, cellular repair, and metabolism could not occur.
Is this compound for you?
If you are interested in learning about:
• Cellular energy production.
• Mitochondrial function.
• DNA repair.
• Metabolic health.
• Longevity research.
NAD+ is one of the most important and studied compounds in these research areas.
Did you know?
Although many people associate NAD+ with longevity, its main function is much broader: it participates in hundreds of essential biochemical reactions for life. Its decline with age has motivated numerous studies on its possible relationship with metabolism, mitochondrial function, and healthy aging. However, many of its potential applications continue to be the subject of clinical research.
Product intended for research use only. The information is educational and does not constitute medical advice, diagnosis, or treatment.
Specifications
| SKU | PEP-022 |
|---|---|
| Brand | 45PRIME |
| Unit of measure | UNIDAD |
| Category | Cellular energy and longevity |
| Type | Natural coenzyme |
| Function | Research on metabolism, energy production, and cell repair |
| Main research area | Mitochondria, aging, and metabolic health |
| State | In research for various applications |
| Presentation | Vial 500 mg |
| Categories | ENERGY AND PERFORMANCE |
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