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Nad Therapy For Parkinson’s Disease

Therapeutic Potential For Vitamin B3/niacin

NAD IV Therapy And Parkinson’s Disease Recovery

These results suggest that in familial Parkinsons, available NAD is an underlying factor in maintaining mitochondrial integrity and keeping the disease at bay. Dr. Martins comments that: Drugs that block NAD-consuming DNA repair already exist to treat cancer, and loading up on niacin probably cant hurt either. While neither of these would be a cure, they would expand treatment options for Parkinsons patients with faulty mitochondria. This study strengthens the therapeutic potential for Vitamin B3/niacin-based dietary interventions and PARP inhibition in the treatment of Parkinsons disease.

  • Lehmann S, Loh SH, Martins LM. Enhancing NAD+ salvage metabolism is neuroprotective in a PINK1 model of Parkinsons disease. Biol Open. 2017 6:141-147. doi: 10.1242/bio.022186.
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    Does Nad Therapy Have Medicinal Potential

    Given the crucial function of NAD to cellular activity, and the systems the body has in place to synthesize it, it would be surprising if cellular function was sensitive to dietary or other forms of administration. There seem to be very few clinical trials that give us any meaningful information.

    Parkinsons disease: what appears to be the sole randomized, double-blind, placebo controlled trial was conducted in the 1990s to follow-up on anecdotal reports of benefits. A small trial found no benefit of intravenous or intramuscular supplementation.

    Chronic fatigue: Natural Medicines Database rates this as possibly effective noting some trials suggested NADH might reduce symptoms of CFS when used alone or in combination with coenzyme q10. In one trial, benefits waned, in another, measures of fatigue improved. A third small trial was felt to be promising with results warranting a larger trial .

    Dementia: NADH supplements appear to be ineffective. After 12 weeks of oral treatment, dementia patients had no improvement in memory, cognition, or behavior.

    I should also point to a 2020 systematic review that found only 18 clinical trials of NAD or NAD precursors like nicotinamide. Only two of these trials were considered adequately powered: A trial evaluating the supplementation of nicotinamide on the progression to Type 1 diabetes, which was negative, and an open label trial in Parkinsons disease, which was positive.

    What Is Nad Therapy

    Nicotinamide Adenine Dinucleotide is a metabolic co-enzyme and is charged with the important job of structuring, repairing, and remodeling every cell in the body. These specialized enzymes require constant replenishment in the body. Unfortunately, drug and alcohol abuse prompt the human brain to reorganize, particularly on a cellular level. This process, known as neuroadaptation, is directly responsible for addiction-related brain damage and depletion of neurotransmitters. NAD IV therapy is said to replenish the drained enzymes and target brain restoration.

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    Neurorecover Treatment Involves Several Days Usually Without Interuption Of Daily Intravenous Treatment The Iv Formula Is Given As A Slow Drip Requiring About Eight Hours Each Day For The First Few Days And Often Fewer Hours Towards The Final Days Of Treatment

    The prolonged daily exposure to high levels of amino acids designed to effectively penetrate the brain allows the patient who is still using drugs or alcohol to safely stop these substances completely , with few exceptions, on the first day of treatment. While some withdrawal symptoms are often felt, most patients find that it is much easier than doing it without the assistance of the amino acids.

    Patients find that the major negative effects of drugs or alcohol use, such as cravings and anxiety, are gone by the fourth to sixth dat of treatment. The second phase of restoration takes over at this point getting back ones enthusiasm, memory, mental clarity, sleep quality and energy. Your doctor will help you determine how many days of treatment are required for the optimal, lasting result.

    Nad Therapy For Parkinsons Disease Treatment

    NAD/Brain Restoration Plus (BR+)

    NAD therapy can restore your brains levels of the chemical nicotinamide adenine dinucleotide. Usually, every cell in your body produces this chemical. However, for various reasons, your NAD levels may drop. This is important because NAD helps sustain some of your bodys most important functions. That includes the automatic repair of damaged DNA. It also includes controlling your metabolism and the rate at which you age. Low levels of NAD may interfere with these essential processes. During NAD therapy, you receive IV doses of nicotinamide adenine dinucleotide. The amount of the chemical supplied in these doses is high enough to produce a therapeutic effect.

    Parkinsons disease is associated with low NAD levels. If you receive NAD therapy during the early stages of the disease, you can reverse this deficit. The net effect is often a slowdown in the progression of Parkinsons. In turn, this slowdown helps you limit your symptoms for as long as possible.

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    Role Of Dopamine In Pd

    Dopamine is a neurotransmitter, a chemical released by nerve cells to signal other nerve cells. Dopamine plays a crucial role in multiple functions of the central nervous system including motor control, mood, attention, motivation and pleasure.

    Low levels of dopamine are responsible for the loss of motor control. Early symptoms often present as shaking in the hands and reduced coordination when moving. As the disease advances, patients may lose the ability to walk, chew, swallow and talk. PD often leads to premature death.

    While there are some medications that boost dopamine levels in PD patients, their effects are often short-lived, and their effectiveness on motor control gradually declines and then ceases altogether.

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    Parkinson Patients Show Metabolic And Inflammatory Changes In Trial

    A randomized, double-blinded, placebo-controlled, Phase I clinical study on 30 newly diagnosed patients with Parkinsons disease , naive to standard dopaminergic therapy, showed mild, clinically significant alterations in the brain metabolome upon oral treatment with nicotinamide riboside for a month at a dose of 1000 mg/day.

    The single-center study was led by Charalampos Tzoulis, PhD, professor of neurology and neurogenetics at the Haukeland University Hospital and University of Bergen, in Norway. The clinical trial was part of the ChromaDex External Research Program and used the companys NiagenĀ® as a source for nicotinamide riboside.

    Tzoulis team showed NR treatment was well tolerated and showed no adverse effects. The researchers showed increased levels of NAD in the brain, in addition to related metabolites in the cerebrospinal fluid .

    31P magnetic resonance spectroscopy was employed to assess brain NAD level in vivo and detect NR-induced changes in the study participants. It is the first time this method has been used to measure therapeutic increases of NAD levels in the human brain, said Tzoulis.

    The authors conducted fluoro-deoxyglucose positron emission tomography and found changes in cerebral metabolism in the NR recipients, which was associated with mild clinical improvement, although NR showed no direct effect on PD-associated clinical symptoms measured using the Movement Disorder Society Unified Parkinsons Disease Rating Scale .

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    Outstanding Questions And Future Perspectives

    Recent studies on animals and human clinical trials have expanded our understanding of NAD+ and NAD+-dependent enzymes in neuroplasticity, brain aging, and neurodegenerative disorders. Emerging evidence suggests NAD+ depletion in brain cells is common during aging and is accentuated in many neurodegenerative disorders including AD, PD, HD, and ALS, and that NAD+ augmentation inhibits pathological features in animal models of these disorders . Emerging findings are revealing a critical role for NAD+ in neural resilience and in the molecular mechanisms of the hallmarks of brain aging. Although NAD+ depletion occurs in vulnerable neuronal populations in several major neurodegenerative diseases, it remains to be established whether impaired NAD+-dependent processes occur upstream and/or downstream of the specific proteopathic lesions that define each of the neurodegenerative diseases .

    Why Does Nad+ Seem To Have This Positive Influence On Neurodegenerative Conditions

    IV NAD or Nicotinamide Adenine Dinucleotide for Parkinsons Disease

    For starters, every cell in each organ system of the body has a critical role. If this role is not met, the cell cannot properly function within that environment to perform its given purpose. If the DNA structure is damaged or the energy source , isnt able to be produced, symptoms of disease will begin manifesting in a variety of ways. In particular, neurons are especially susceptible to energy fluctuations due to mitochondrial dysfunction. In turn, damaged neurons can lead to the pathogenesis of various neurodegenerative diseases.

    NAD+ has the ability to regulate a class of proteins known as sirtuins. Sirtuins play a vital role in regulating anti-inflammatory processes throughout the body and the brain. Many studies have linked the neuroprotective effects of sirtuins and its implications to AS, PD, MS, as well as ALS.

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    Does Nad+ Iv Drip Therapy Work

    A brief description of NAD+ intravenous therapy and the research behind it.


    Key Points:

    • NAD+ IV therapy is a method for receiving the potential therapeutic benefits of NAD+.
    • Though the literature is scarce, some research shows that NAD+ IV therapy can treat alcohol and drug addiction, as well Parkinsons disease.
    • Oral administration of NAD+ boosting therapy is safer than intravenous administartion.

    When one of the most popular podcast host of all time, Joe Rogan, proclaims his ability to withstand the pain of a short-duration NAD+ drip, and the world-renowned popstar Justin Bieber reveals his use of NAD+ IV therapy to treat his drug addiction, some may be wondering if NAD+ IV therapy actually works.

    NAD+ IV therapy, also known as NAD+ drip therapy, refers to injecting NAD+ into an individuals vein to raise the concentration of NAD+ in the bloodstream to receive the therapeutic benefits of NAD+. Due to the headaches and shortness of breath that some individuals experience with the therapy, IV NAD+ is often administered slowly, sometimes measured in drops hence the term drip therapy.

    Nad+ Treatment For Dementia Alzheimer’s And Parkinson’s Disease

    Alzheimers and Parkinsons disease are common forms of a wide spectrum of neuro-cognitive diseases broadly labelled Dementia. Dementia is now the leading cause of Disability in the over 65s. It is the 2nd leading cause of death in Australia and the leading cause of death for women, now surpassing heart disease. 3 in 10 people > 85yrs and 1 in 10 > 65yrs have Dementia. These numbers are on the increase and sadly include younger onset Dementia.

    These debilitating and soul destroying conditions, erode the very fabric of the sufferer and can devastate not only the individual but close family, their loved ones and friends. Quality of life decays.

    Ageless NAD has drawn from international scientific trials, both animal and human, as well as significant anecdotal evidence from our international colleagues to create tailored NAD+ treatment prescription to address early cognitive decline. Clinical trials for both Alzheimers and Parkinsons disease are highly encouraging and demonstrate a slowing and even reversal of symptoms using NAD+.

    If you, or a loved one has been diagnosed with a neurodegenerative condition we refer you to studies related to NAD+ and the treatment of Dementias.

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    New Therapies For Parkinsons Disease

    Despite mounds of research, scientists have previously been unable to pinpoint the exact mechanisms by which dopamine production declines in PD patients. There is growing evidence that exposure to environmental toxins may play a role in the destruction of dopamine-producing neurons, but the precise cause is still unclear.

    Now, new research suggests that dysfunction in the mitochondria may be a contributing factor in the cascade of events that destroys dopamine-producing neurons and leads to Parkinsons disease. Low levels of NAD+ are thought to play a role, since the conenzyme is responsible for cellular protection and repair.

    How Does Nad+ Work

    REALNAD+ Supplements

    NAD+, or nicotinamide adenine dinucleotide, is a coenzyme found in all living cells. It helps turn nutrients into energy and works as a helper molecule for proteins that regulate other biological activity such as immune function and cellular repair . Unfortunately, as we age, our NAD+ levels decline. Fortunately, we administer boosts of NAD+ intravenously which allows us to quickly increase the level of NAD in your body which can be used to treat osteoarthritis, inflammation, aging, age related memory impairment, parkinsons disease , dementia, traumatic brain injury, addiction, low energy, and much more. To date there are over 64,000 published peer review medical journal articles written about NAD. Truly this is a very exciting topic in medicine.

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    Mitochondrial Dysfunction Plays A Central And Multifaceted Role In Parkinsons Disease

    Mitochondrial dysfunction plays a fundamental and complex role in many neurodegenerative disorders, including PD . PD-associated mitochondrial dysfunction can result from a number of causes, including impairment of mitochondrial biogenesis, increased reactive oxygen species production, defective mitophagy, compromised trafficking, electron transport chain dysfunction , variations to mitochondrial dynamics, calcium imbalance and possibly other indirect influences on mitochondrial function from unrelated pathways . If these insults cannot be overcome by protective mechanisms, a relentless cycle of dysfunction will eventually evoke all these dysfunctions, leading to cellular impairment and ultimately cell death. Besides the mitochondrions major function of generating cellular energy in the form of adenosine triphosphate , their involvement in the regulation of cell death via apoptosis, Ca2+ homeostasis, haem biosynthesis, and the formation and export of iron-sulphur clusters, control of cell division, and growth have also been shown to be altered in IPD and mPD .

    Overview Of Parkinsons Disease

    Parkinsons is a neurodegenerative movement disorder whose symptoms progressively worsen over time. A broad spectrum of drugs have been developed to treat Parkinsons symptoms, with dismal success rates.

    Parkinsons affects the central nervous system, causing cellular damage in the brain that leads to a severe drop in dopamine levels. Dopamine is an important chemical neurotransmitter that helps to deliver messages between the brain and the body, governing movement.

    Early symptoms of Parkinsons disease include:

    • A slight tremor in one hand
    • Shrinking handwriting
    • Sleep disrupted with night terrors and violent thrashing
    • Reduced balance
    • rinary and fecal incontinence
    • nability to perform activities of daily living like dressing, bathing, and eating

    As Parkinsons approaches its end game, palliative care and hospice with pain management are the final treatment approaches.

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    How Nad Treatment For Parkinsons Disease Works

    NAD+ involves a high dose IV infusion that goes directly into the bloodstream. IV drips allows NAD to bypass the digestive system resulting in greater absorption. NAD+ works rapidly to repair cells throughout the body and within the neurons in the brain. When NAD levels are increased, cells produce more energy, DNA is repaired and many other functions throughout the body and brain are optimized New Springs Wellness Center and its staff have been trained by the longest running NAD+ clinic in the US.

    We use NAD+ their proprietary protocol to restore brain function. Our nutritionally-based Intravenous infusion gives the brain what it needs to become healthy and repairs damage caused by stress, depression, addiction, alcoholism, post-traumatic stress, and chronic traumatic encephalopathy. These conditions deplete the brain of neurotransmitters. Our NAD+ protocols, which include the purest NAD available, help patients replenish their supply of neurotransmitters. These protocols are completely nutrient-based and are made of compounds a healthy body produces naturally. Being completely natural, there is no drug to become addicted to or dependent on. The only side effect is naturally better health.

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    Iv Nad And Parkinsons

    Sarasota Neurologist’s unique approach to naturally treat Parkinson’s with NAD

    Intravenous Administration of Nicotinamide Adenine Dinucleotide Alleviates Tremors Associated With Parkinsons Disease: A Case Report.

    *L. RUTHERFORD1, S. L. BROOM2, T. OLDS1,3, R. F. MESTAYER1,3, P. NORRIS-MESTAYER11Springfield Wellness Center, Springfield, LA 2Dept Psychology, William Carey Univ., Hattiesburg, MS 3NAD Research, Inc., Springfield, LA


    A number of pharmacological agents currently exist for treating symptoms associated with Parkinsons Disease , however these drugs are not optimal because they typically target dopamine reuptake in depleted dopaminergic systems. Nicotinamide Adenine Dinucleotide is present in all cells and serves a vital role in cell and mitochondrial function in fact, disruption or depletion of NAD+ is associated with a number of disease states, including those associated with dopaminergic dysfunction. Clinicians in Springfield, LA previously developed an intravenous administration protocol of NAD+ for a patient experiencing symptoms associated with PD. Subsequent observation of a rapid and sustained reduction of Parkinsons symptoms were noted such as gait rigidity, slurred speech, shuffle steps, cognitive impairment and tremors. This previous case study provides rationale for further describing and quantifying the positive effects of IV BR+NAD on symptoms associated with PD.



    Thank you to Springfield Wellness Center for providing the setting and clinical staff in support for this project.

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    Learn More About Parkinsons Treatment In Texas

    To learn more about your options for Parkinsons treatment, contact Springfield Wellness Center today. Our experienced providers will help explain those options. Well also help you develop an appropriate care plan.

    Springfield Wellness is one of the nations few expert providers of NAD therapy. Every day, we help people cope with the effects of Parkinsons. In addition to NAD therapy, our customized treatment plans may include exercise, nutritional support, and psychotherapy. This well-rounded approach gives us the ability to help people from all walks of life. For more information on our Parkinsons treatment services, call us at or fill out our online form.

    Nad Treatment For Parkinsons Disease

    Experience safe NAD Treatment for Parkinsons Disease at our NAD Therapy Center. NAD stands for Nicotinamide Adenine Dinucleotide is an essential molecule found in every cell of your body. This metabolic co-enzyme that structures, repairs, and is an essential component of energy production heavily involved in DNA repair and cell repair responsible for turning certain genes on and off and essential for maintaining neurotransmitter levels, for the proper functioning of the brain. News Spring Wellness Center provides the best rated NAD IV Therapy when you are looking for NAD Treatment for Parkinsons Disease near me.

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    How Important Is Glutathione For Parkinsons Treatment

    Glutathione is an antioxidant molecule made up of three amino acids: glutamine, glycine, and cysteine. Your body manufactures glutathione from dietary nutrients, but if your diet is nutrient-deficient, your glutathione levels may be low. Other factors that may lower your glutathione levels are environmental toxins and stress. Glutathione levels naturally decline as you age.

    Glutathione benefits for Parkinsons Disease:

    • Combats oxidative stress that is a precursor to many diseases, including Parkinsons
    • Reduces cellular damage due to oxidative stress
    • Improves circulation and wards off arterial plaque
    • Reduces Parkinsons symptoms of tremors and muscle stiffness

    Neuro-oxidative stress plays a major role in the progression of Parkinsons disease. Reduced glutathione metabolism can lead to oxidative stress associated with mitochondrial dysfunction, neuroinflammatory response and the neurodegenerative progression of Parkinsons disease.

    Glutathione IV therapy provides neuroprotective and anti-neuroinflammatory agents that appear to reduce the severity of Parkinsons symptoms and help to slow its progression.


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