Clinical relevance of Master Antioxidant – Glutathione

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Master Antioxidant – Glutathione

Clinical relevance of Master Antioxidant – Glutathione

According to recent statistics, the glutathione industry has grown exponentially, hitting a target of 195 million dollars in 2020, and it is estimated to grow by 7%, generating 197 million dollars by 2027.

Due to the wide applications of glutathione in multiple industries, including pharmaceuticals, nutraceuticals, foods, and cosmetics, market growth of glutathione will increase in the coming time frame.

Healthcare professionals have been using glutathione to treat several disorders. You may wonder how it works and, as a physician/healthcare professional, how you can apply glutathione clinically to treat your patients.

This blog details the mechanism of action of glutathione, its clinical uses, recommended dose, and side effects of glutathione.

Stay tuned!

Background:

In 1929, an English biochemist Frederick Gowland Hopkins isolated glutathione from yeast for the first time at the University of Cambridge.

After his discovery, Vincent du Vigneaud, an American biochemist at Cornell Medical College, New York, was credited for synthesizing glutathione first in 1952.

In the same year, Dirk Brenner at the Luxembourg Institute of Health and coauthors reported that glutathione activates T cells’ energy metabolism.

Activation of T cells stimulates the immune response to fight off foreign invaders in the body. This unique discovery led to a variety of therapeutic benefits of glutathione.

What is Glutathione?

Glutathione is a tripeptide molecule consisting of cysteine, glycine, and glutamic acid. It is a naturally occurring protein present in all cells of the body in the same concentration as glucose, cholesterol, and potassium (5 millimolar).

It is a powerful endogenous antioxidant. Glutathione contains sulphur which gives a distinct sulphurous aroma.

Two sources maintain glutathione levels; de Novo production or the recycling of glutathione disulfide (an oxidised form of glutathione).

Due to its antioxidant properties, glutathione is known as the “Master antioxidant” or “The Mother of all antioxidants.”

How does Glutathione Work?

Glutathione protects body cells from oxidative stress. Mitochondrial oxygen metabolism produces large numbers of free radicals, which damage the cell membranes of the body cells leading to poor performance and death. Glutathione protects the cells from free radicals.

An enzyme glutathione peroxidase (GPx) interacts with glutathione and prevents oxidation of cell membranes. Glutathione also activates other antioxidants like vitamin E and vitamin C.

Therapeutic Benefits of Glutathione:

The list of disorders associated with glutathione deficiency reflects glutathione functions’ importance. The most well-known disorders associated with glutathione deficiency include neurological disorders ( Parkinson’s disease and Alzheimer’s), cardiovascular diseases (hypertension, cholesterol oxidation, myocardial infarction), immune diseases (autoimmune disorders, HIV), cystic fibrosis, pulmonary disorders (asthma, acute respiratory distress syndrome, and COPD), and other age-related disorders. Age-related oxidation leads to cataracts, glaucoma, hearing impairment, and macular degeneration).

Moreover, glutathione functions have the same importance as telomerase activity in determining life span. Glutathione prevents body cells against damage caused by carcinogens. Glutathione depletion in the body can lead to obesity, inflammation, oxidative stress, adipocyte dysfunction, and several metabolic abnormalities.

Glutathione influences the performance of athletes. During sports, more reactive oxygen species and reactive nitrogen species are produced, which deplete GSH stores.

Glutathione is also used to treat Parkinson’s disease, cystic fibrosis, and cancer. It is helpful in the treatment of the following disorders:

-Peripheral obstructive arterial disease

-COPD

-Preterm infants autism

-Exercise-induced fatigue

-Chronic otitis media

-Contrast-induced nephropathy

-Emphysema

-Nonalcoholic fatty liver disease

-Lead exposure

-Nail biting

How to Assess Glutathione levels?

Glutathione levels can be measured in the red blood cells (RBCs) and plasma. The plasma testing of glutathione reports both oxidised and reduced forms of glutathione.

Standard glutathione levels in the blood and plasma are the following:

Cellular GSH concentration range: 1–10 mM

Plasma GSH levels range: 1–6 μM.

Sources of Glutathione:

Foods rich in sulphur can boost the natural production of glutathione in the body. These foods include:

-Allium vegetables (garlic, onion)

-Broccoli

-Cauliflower

-Bok choy

-Brussels sprouts

-Legumes

-Eggs

-Nuts

-Fish and chicken

-Flaxseed

-Milk thistle

-Whey

-Guso seaweed

-FlaxseedG

Glutathione production is also related to sleep. Adequate and good quality sleep increases glutathione production. Insomnia negatively affects glutathione levels.

Side Effects of Glutathione Supplements:

Natural foods do not pose any side effects. Artificial supplements are not recommended. Always consult your doctor before taking glutathione supplements.

The following are the side effects of glutathione:

-Bloating

-Cramps

-Allergic reactions, including rash

-Difficult breathing

-Constriction of bronchioles

ANF glutathione device (AGL) does not have any side effects because it regulates the nervous system to increase endogenous production of glutathione.

How Does the ANF Glutathione Device Help Healthcare Professionals?

ANF glutathione device supports the body’s frequencies in the nervous system to regulate glutathione production.

Dr. Mikel H.G Hoff recommends using an ANF glutathione device after the age of 20. Our body produces a maximum amount of glutathione until the age of 20 years.

ANF glutathione device helps treat oxidative stress, neurological disorders, obesity, and disorders related to multiple organs.

ANF Therapy®️ is a holistic approach to different problems. Frequency-emitting ANF devices are applied directly to the body and activated by body heat.

ANF glutathione device transmits unique frequencies. The nervous system picks up these frequencies to regulate glutathione production at cellular levels.

How to Get Started with ANF As a Healthcare Professional?

ANF Therapy®️ does not use any drugs, machines, or instruments.

You can regulate your patient’s nervous system by applying ANF devices directly on the skin and initiating a self-healing and self-regulating process.

ANF Therapy®️ is a holistic approach integrated with the knowledge of anatomy, biochemistry, physiology, and neuroscience of the human body.

ANF Academy offers access to the FREE Pain Mastery Webinar to all healthcare professionals eager to grow their knowledge and practice!

Take this quiz to find out if you are qualified to join!

About ANF Therapy®️

ANF Therapy uses circular ANF Devices, which are applied directly on the skin after palpation and assessment by a trained ANF Therapist following the ANF Therapy Method, Patented Model no. U202030252, ES1259974.

The purpose of ANF Therapy®️ is alleviation in injury and pain within minutes.

Our aim is that the patient experiences a reduction of pain and swelling, an increase in range of motion, and an improvement in quality of life-related to health. Non-transdermal non-invasive devices, NO needles or chemicals are used.

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