Globally, Parkinson’s disease is the fastest-growing neurological disease, with over 10 million individuals diagnosed globally yearly. Medical research has been looking to improve the symptoms, and now know how NAD+ supports mitochondrial health in Parkinson’s disease.
The Risk of Parkinson’s as You Age
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It is inevitable that as your body ages, your brain ages too. We forget things more than usual, but we laugh it off and move on. What many do not realize is that aging puts us at higher risk for neurological diseases such as Parkinson’s and Alzheimer’s disease. Large numbers of nerve cells die quickly in both conditions. Ultimately, this brain function disappears as neurons die; once they are gone, they are never replaced.
These neurons are responsible for body movement, and when they are lost, individuals have difficulty controlling their limbs. They have frequent body stiffness, tremors, and their mobility can be severely impaired. They gradually lose their quality of life.
We all joke about finding the fountain of youth, but that is essentially what researchers have been looking for, and they have found it.
NAD+, Mitochondria’s Best Support
Nicotinamide Adenine Dinucleotide, NAD+ for short, is essential for all species with living cells. It is necessary to produce energy in all cells, repair DNA, and to keep the cells healthy. NAD+ regulates the neurotransmitters, maintains dopamine levels that are affected by Parkinson’s disease, to improve motor and non-motor skills that affect people living with Parkinson’s. When NAD+ levels drop, it is difficult for the cells to repair damage and produce energy.
Mitochondria convert nutrients into ATP, providing cells with energy that runs the body’s functions. Without NAD+, mitochondria don’t function. Not only does NAD+ support mitochondrial function, but it also reverses the aging of DNA damage.
NAD+ and Stem Cells for Parkinson’s Disease
NAD+ slows down the aging process and reverses it, improving cognition, energy, and skin health. Stem cells refresh and rejuvenate cells while replacing older stem cells with new ones. They also reduce inflammation. When NAD+ and stem cells are used together, their ability to improve and increase function is amazing. Their synergistic relationship allows stem cells to regenerate tissue and regulate the immune system while the cells’ NAD+ energy is replenished.
NAD+ for Parkinson’s enhances metabolism and boosts energy. It also boosts mitochondrial function, keeping cells operating at maximum levels. Think of NAD+ as a cell prepper; it gets into the cell and preps it to improve mitochondria’s conversion of ATP into energy. Without NAD+, mitochondria cannot convert this energy.
Increasing NAD+ levels in the brain repairs damaged neurons and slows the progression of Parkinson’s disease. Slowing progression can alleviate symptoms. When used to boost mitochondria, it improves energy levels, relieving the chronic fatigue associated with Parkinson’s disease.
How NAD+, Stem Cells, and Mitochondria Improve Parkinson’s
Working together, NAD+, mitochondria, and stem cells improve bodily function.
Cognition – As stem cells repair neural tissue, mitochondrial function is restored when NAD+ supports its function, so that it can restore the cell to its maximum energy level, helping to rejuvenate brain health at the neural cellular level.
Reversing the Effects of Aging – Damaged DNA accumulates in the brain as we get older. NAD+ reverses this damage by supporting mitochondrial DNA repair.
Regenerating Brain Health – Through NAD+’s support to boost energy for mitochondria, stem cells can repair the damaged neural cells and start restoring regeneration to the brain’s neurons.
Cellular Repair Throughout the Body – Improving brain cells is only the beginning; this trio can boost the entire body in its mission to repair itself. Stem cells repair tissue, while Nad+ for Parkinson’s enhances mitochondrial function to convert nutrients into energy, thereby regenerating most cells through brain rejuvenation, creating an environment that slows aging.
Our stem cell experts at ProgenCell use autologous stem cells harvested from your bone marrow. The use of autologous cells eliminates the risk of rejection and donor infections.
Chronic Inflammation – Combining stem cells and mitochondrial function supported by NAD+ reduces inflammation and improves autoimmune diseases by regulating the immune system. NAD+ for Parkinson’s works at the cellular level to shield cells from inflammatory distress, which is a major reason why it is beneficial for neurodegenerative disorders like Parkinson’s.
How NAD+ supports mitochondrial health in Parkinson’s disease leads to improved cellular
health, energy, and the reduction of Parkinson’s symptoms. NAD+ for Parkinson’s regulates neurotransmission to improve symptoms and the overall health of Parkinson’s patients.
ProgenCell is located in Tijuana, Mexico, 5 minutes from the US border. Our stem cell specialists offer years of experience backed by scientific research. We provide high-quality care using the latest technology at a lower cost than our US counterparts. Contact us today to schedule your telehealth consultation!
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