When you think of the Kardashian family, what comes to mind? Is it the hot body, or is it all the drama? Now, we need to add a new keyword NAD+
On the Kardashian family reality show, Kendall Jenner set up a wellness bureau and invited Justin Bieber's wife Hailey Bieber to their home for an infusion of NAD+. Thus, a magical scene appeared on the show: a group of people hunched on the sofa to lose NAD+.
What is NAD+, Europe and the United States rich circle and even politicians and entrepreneurs recommended intravenous NAD+ is not a new IQ tax?
What is NAD+?
NAD is one of the most important coenzymes in the human body, also known as coenzyme 1, the full name of nicotinamide adenine dinucleotide (nicotinamide dinucleotide). It is a key substance discovered in the field of human aging inhibition.
Dr. David, winner of the Bell Prize in Medicine, tested NAD+ on mice and found that after a week, the mice returned to the young state of 20 years old! Studies have found that NMN can increase the level of NAD+ in the human body, and NAD+ will gradually decrease with age, thus unlocking the secret of aging!
Studies by many scientists have found that age-related declines in NAD+ are a sign of aging and organ decline.
By restoring NAD+ levels, our cells, organs, and overall health will also improve.
If this can be achieved, age-related diseases with high mortality rates such as cardiovascular disease, neurodegenerative diseases and cancer will decrease, allowing us to live longer.
How can we restore NAD+ levels? Since NAD+ is naturally produced, our cells have the machinery needed to make it. Our cells are like factory production lines producing molecules, where each component is a precursor to the next.
The biochemical precursor of NAD+ is called Nicotinamide Mononucleotide. The potential benefits of using NAD+ precursors to enhance NAD+ can be extended to virtually all body systems.
NAD+ significantly improves skin condition
By increasing the level of NAD+, it helps cells produce more energy and promotes normal cell metabolism and repair.
This helps maintain the healthy state of the skin cells and reduces skin problems caused by insufficient energy, such as wrinkles and dark spots.
NAD+ precursors also have strong antioxidant capacity, which can remove free radicals in the body and reduce the damage of external factors such as ultraviolet light and pollution to the skin. By boosting the antioxidant capacity of the skin, NAD+ precursors help slow the aging process of the skin, keeping it youthful, smooth and healthy
NAD+ promotes ovarian youth
NAD+ plays an important role in cellular energy metabolism, DNA repair and gene expression regulation. Increasing the level of NAD+ in the ovary helps to maintain the normal metabolism and repair of ovarian cells, thus delaying ovarian aging.
In addition, NAD+ also promotes the growth and division of ovarian cells and improves the quality of eggs. This is essential for maintaining women's reproductive health and fertility.
NAD+ can protect the ovaries from damage caused by free radicals and oxidative stress, reduce the occurrence of ovarian inflammation, and thus maintain the health of the ovaries.
NAD+ also regulates the endocrine function of the ovaries and maintains the balance of hormone levels. This is essential for a woman's reproductive function and overall health. By improving the endocrine environment, NAD+ may help promote embryo development and implantation, improving the success of pregnancy.
NAD+ improves women's postmenopausal health indicators
When women go through this critical stage of menopause, NAD+ significantly reduces menopausal symptoms such as hot flashes and insomnia by regulating hormonal balance, thereby improving women's quality of life.
NAD+ may also have a positive impact on the prevention of related diseases such as diabetes and cardiovascular disease. It helps maintain cardiovascular health by regulating blood sugar and lipid levels, reducing the risk of these diseases.
NAD+ optimizes sleep quality
With age, the level of NAD+ in the body gradually decreases, resulting in reduced SIRT1 activity and weakened circadian clock stability, which can trigger sleep disorders. NAD+ levels can enhance SIRT1 activity, thereby stabilizing the body clock and improving sleep quality.
NAD+ protects cardiovascular health
Arteriosclerosis is an important risk factor for cardiovascular disease, and NMN plays an anti-arteriosclerosis role by reducing inflammation and oxidative stress. This helps prevent blood vessel walls from thickening and hardening, and keeps blood vessels flexible and unobstructed.
NAD+ enhances fertility
As women age, oocyte quality gradually declines, leading to reduced fertility. Improve oocyte quality by increasing the level of NAD+ in ovary.
After injecting NAD+ into mice, it was observed that the quality of senescent oocytes improved significantly and even returned to the state of young oocytes. NAD+ is also able to increase the number of follicles in the ovaries, thus providing more healthy oocytes for fertilization.
NAD+ also helps restore mitochondrial function in older oocytes. Mitochondria are energy factories within cells and are essential for the proper functioning of cells.
As we age, the mitochondria in our oocytes gradually lose their function. NAD+ supplementation may help to improve the distribution and function of mitochondria, thereby further improving the health of oocytes.
NAD+ helps with weight management
By increasing the level of NAD+, mitochondrial function and ATP (adenosine triphosphate) production are promoted to improve the efficiency of energy metabolism of cells. This helps to increase energy expenditure and reduce fat accumulation.
Studies have shown that NAD+ can reduce fat storage by activating deacetylases such as SIRT1 (Sirtuin 1), regulating the expression of genes related to lipid metabolism, promoting the β-oxidation of fatty acids and the breakdown of triglycerides.
NAD+ boosts immunity
With the increase of age, the level of NAD+ in the human body gradually decreases, resulting in impaired cellular energy metabolism, which in turn affects the normal function of immune cells. Supplementing NAD+ can provide sufficient energy support for immune cells.
In addition, NAD+ is actively involved in the regulation of immune factors. Immune factors are the communication soldiers inside the immune system, they regulate the activity and function of immune cells to ensure the accuracy and efficiency of immune response.
NAD+ promotes the generation and release of immune factors through specific signaling pathways, thus strengthening the communication and collaboration between immune cells and improving the overall effectiveness of the immune system.
NAD+ improves hair loss
NAD+ improved the metabolic state of hair follicle cells and provided a better growth environment for hair. This improvement not only promotes hair growth, but also effectively relieves the symptoms of hair loss.
In addition to the above effects, NAD+ also has antioxidant and anti-inflammatory properties. During hair loss, oxidative stress and inflammation often exacerbate damage to hair follicle cells, leading to hair loss.
NAD+ protects hair follicle cells by reducing oxidative stress and inhibiting inflammatory responses, helping them maintain a healthy state and thus promoting healthy hair growth.
NAD+ can delay aging
The chemical communication between the nucleus and mitochondria is maintained by NAD+. If the communication is weakened, it will lead to mitochondrial decline, and the decline of mitochondria is an important cause of cell aging directly!
Increasing the level of NAD+ can maintain the normal expression of genes, maintain the metabolism of cells, and slow down the aging process of cells. Including from skin cells and tissues to liver, kidney and cardiopulmonary cells, etc., can get quality improvement!
Improve brain function
Alzheimer's is one of the most devastating diseases of old age, in which patients' brains decline and eventually lose memory and even forget loved ones.
Cognitive impairment is due to impaired blood flow to the brain, which is associated with aging of blood vessels, and currently NAD+ has been shown to increase blood flow to the brain and improve cognitive function of the brain. When a blood vessel becomes blocked, it can cause a stroke, further damaging brain tissue.
NAD+ has been shown to not only delay stroke onset, but also prevent stroke damage and improve cognitive and mitochondrial health after stroke.
