Welcome NAD+ to Fresh Aesthetics!
NAD+ (nicotinamide adenine dinucleotide) is a molecule found in every cell of the body, playing a vital role in energy production, DNA repair, and overall cellular health. As we age, NAD+ levels naturally decline, leading to reduced cellular function and increased susceptibility to everything from physical and mental fatigue to cellular damage.
How can supplementing with NAD+ benefit you?
- Cellular anti-aging
- Improvement in brain fog
- Enhances metabolism
- Reduces inflammation
- Supports muscle recovery and endurance
- Increases energy levels
NAD+ and anti-aging
Visible and internal aging is characterized by the gradual decline of cellular repair mechanisms, mitochondrial dysfunction, and increased inflammation.
- NAD+ is a must-have for repairing damaged DNA caused by aging and environmental factors like UV exposure and toxins.
- NAD+ activates sirtuins: proteins that regulate longevity by controlling inflammation, stress resistance, metabolism and cell aging.
- NAD+ supports the creation and maintenance of mitochondria (which are crucial for maintaining cell energy) and delaying age-related decline.
By supporting these processes, NAD+ helps combat the visible and internal effects of aging.
NAD+ and brain fog
Brain fog, which is mental fatigue, forgetfulness, and lack of focus, can stem from low energy availability, inflammation, or oxidative stress in the brain. NAD+ helps by:
- Boosting Brain Energy: NAD+ is essential for ATP production (the primary energy source for brain cells). This ensures there’s enough energy for processes like memory and focus.
- Chronic inflammation in the brain impairs communication between neurons, contributing to brain fog; NAD+ activates sirtuins, which suppress this inflammation.
- NAD+ supports antioxidant defenses that protect brain cells from oxidative stress, a key contributor to brain fog.
NAD+ and metabolism
Metabolism is the process by which food is converted to energy. NAD+ is integral to this process, ensuring the body efficiently utilizes nutrients as energy rather than storing it as fat.
- Energy Production: NAD+ helps to convert glucose and fats into ATP (the primary energy source of cells).
- NAD+ supports the breakdown of stored fats for energy, promoting weight management and metabolic efficiency.
- NAD+ activates sirtuins (proteins that help regulate metabolism), and that helps improve insulin sensitivity, fat metabolism, and energy efficiency.
Boosting NAD+ levels can enhance metabolic health, helping prevent conditions like obesity, insulin resistance, and type 2 diabetes.
NAD+ and increased energy
- NAD+ is essential for converting nutrients into energy. It plays a key role in facilitating the production of ATP (the primary energy source for cells). Higher NAD+ levels support more efficient energy generation.
- NAD+ is involved in breaking down carbohydrates, fats, and proteins into usable energy. This ensures a steady energy supply for the body’s needs.
- NAD+ stimulates sirtuins (proteins that regulate cell health and metabolism). By activating sirtuins, NAD+ helps improve energy efficiency and overall vitality.
- NAD+ is crucial for DNA repair and cell health maintenance. By repairing cellular damage, NAD+ ensures that cells operate efficiently, which supports energy production.
- NAD+ interacts with the body’s circadian clock, helping to regulate sleep-wake cycles and energy expenditure. This helps improve energy levels and reduce feelings of fatigue.
NAD+ and inflammation
Chronic inflammation contributes to many age-related diseases. NAD+ helps reduce inflammation in several ways:
- Activation of sirtuins (proteins that regulate longevity by controlling inflammation, stress resistance, metabolism and cellular aging) and thus help suppress inflammatory pathways.
- NAD+ supports the balance of immune cell activity, preventing overactive inflammatory responses.
- NAD+ also helps by regenerating antioxidants that reduce the damage that fuels inflammation.
NAD+ and muscle recovery
NAD+ plays a critical role in repairing and rejuvenating muscle tissue after exercise:
- Muscle cells rely on NAD+ to produce energy for repair and recovery.
- After intense exercise, inflammation in muscle tissue can slow recovery. NAD+ reduces this inflammation, allowing muscles to heal more efficiently.
- NAD+ supports activation of repairing micro-tears in the muscle fibers.
- For athletes and active individuals, maintaining NAD+ levels can lead to quicker recovery times and better physical performance.
NAD+ and endurance
NAD+ is essential for sustaining energy levels during prolonged physical activity:
- Endurance relies on the ability of a steady stream of ATP (the primary energy source of cells). NAD+ optimizes this process, ensuring sustained energy output.
- NAD+ helps delay muscle fatigue and enables longer and more intense workouts by improving fat oxidation and energy metabolism.
- Exercise generates free radicals that can impair endurance. NAD+ supports antioxidant systems to neutralize these free radicals.
- Athletes and fitness enthusiasts can benefit from enhanced stamina and performance by boosting NAD+ levels.
