Let us continue enlightening you about the unquestionable benefits of CO₂ therapy that many people are completely unaware of.

Depletion of CO₂ lowers cellular energy production by reverting the body to nitric oxide (NO), an ’emergency’ vasodilator. NO is a reactive nitrogen species. When it combines with superoxide, it forms an extremely harmful compound, peroxynitrite.

There are three types of nitric oxide synthases within the human body: neuronal nitric oxide synthase (nNOS), endothelial NOS (eNOS), and inducible NOS (iNOS). Low CO₂ triggers iNOS, which is not good for the body at all.

The endothelial nitric oxide synthase (eNOS) mostly remains inside the blood vessels, while iNOS spills into the blood. One of its primary functions is to fight pathogens. iNOS is produced for only two reasons: as an emergency vasodilator or to fight infections.

You don’t want to activate iNOS unnecessarily as it’s made available systemically. If CO₂ levels are low, NO will be elevated, which can form peroxynitrite. Peroxynitrite damages polyunsaturated fats (PUFAs) that have been incorporated into cells, no matter where they are. Human bodies are loaded with PUFAs due to the fact that these fats are omnipresent in the diet of the majority of people today.

NO can also form a covalent bond with Complex IV in the electron transport chain (also known as cytochrome c oxidase), which is the rate-limiting step of oxidative phosphorylation.

Energy production in mitochondria is inhibited by NO when it forms a covalent bond with Complex IV in the electron transport chain (cytochrome c oxidase), limiting the process of oxidative phosphorylation.

Achieving optimal energy production in the mitochondrial electron transport chain is at the heart of health and disease prevention.

There is one more problem associated with elevated NO: it causes pseudohypoxia (low oxygen levels). In the cells, there is enough oxygen, but it cannot be utilized because NO impairs Complex IV in the electron transport chain. Sufficient CO₂ prevents this by dissociating the covalent bond between NO and Complex IV. Oxygenation is truly optimized when adequate CO2 is present within the body.

Optimal delivery of oxygen is fundamental for good health. It can be increased not by more and deeper breathing, but by raising CO₂ levels in the tissues.

Oxygen from the air binds to hemoglobin after inhalation and enters the bloodstream. The bond between hemoglobin and oxygen is quite strong. To break that bond and deliver the oxygen where it’s needed, we need CO₂. This is known as the Bohr effect.

The Bohr Effect describes the process in which CO₂ weakens the bond between oxygen and hemoglobin, allowing oxygen to be liberated and enter the tissues. As hemoglobin releases the oxygen, it binds to the CO2 consequently. The CO₂ is later expelled through exhalation. Without enough CO2, it is not possible to liberate enough oxygen from hemoglobin.

CO₂ also has many other benefits, all of which are lost when hyperventilating. People unconsciously hyperventilate as a consequence of multiple stresses they face today.

• CO₂ attaches to and forms an electric cloud over proteins, protecting them from oxidative damage caused by lactic acid metabolites.
• CO₂ modulates the expression of proteins and hormones (most of which are proteins).
• By increasing CO₂ levels, the efficiency of proteins and hormones in the body can be dramatically improved.
• CO₂ can be administered rectally and acts as fuel for anaerobic bacteria called Akkermansia in the large intestine. Akkermansia enhances glucagon-like peptide (GLP), which can be useful in the treatment of diabetes and obesity. Most populations today have either no detectable Akkermansia or hardly 1% in their microbiome, but the ideal level is about 10%.

A medical book from over 100 years ago discusses the many health benefits of CO₂ that were used medically at the time. It covers the entire body, listing ailments such as dementia, psychiatric disorders, dysentery, fistulas, fibrotic conditions, gynecological issues, whooping cough, and tuberculosis, among others. Many physiological and mental conditions can be remediated by increasing CO₂. CO₂ therapy can be administered in various ways. We can help if you think you could possibly benefit from it.

INTEGRATE CO₂ THERAPEUTIC POTENTIAL INTO YOUR WELLNESS ROUTINE TODAY.

We have been discussing the therapeutic uses of gases that benefit your health for years. Our main focus is on oxygen delivered in various ways, primarily targeting its most biologically active form: ozone.

The benefits of ozone therapy would be greatly diminished without the influence of another key player: CO₂.

Many of you may be surprised to hear that CO₂ is just as important as oxygen/ozone in maintaining your health and it is one of the most effective longevity hacks available today. Few things compare, except for a low linoleic acid diet and addressing estrogen dominance.

Today, when so many people are stressed to the max, it’s not easy to optimize your CO₂ levels through proper breathing and by avoiding hyperventilation or overbreathing. Chronic CO₂ deficiency, often induced by stress-related over-breathing, is very common and inevitably contributes to premature death.

Simply put, life-promoting breathing involves breathing less and slower, which allows CO₂ to build up in the system. The wide range of benefits of breathwork, which focuses on improving skewed daily breathing patterns, includes an increase in CO₂ levels.

It is a well-known fact that in trauma or ICU units, CO₂ is used to counter the premature delivery of oxygen to patients who have experienced shock or an ischemic attack. Introducing too much oxygen too quickly can trigger a massive inflammatory reaction (cytokine storm) if cells do not have sufficient CO₂ to enable them to utilize the oxygen effectively.

Knowing and understanding this fact, does it really make sense — if your aim is to live as long and as healthily as possible — to intentionally deplete your cells of CO₂ through hyperventilation and then flood your body with oxygen with that recovery breath?

Deficiency of CO₂ could also set off seizures. In the past (100 years or so ago), doctors tested for seizure susceptibility by asking patients to hyperventilate for half a minute. It was a sign of insufficient CO₂ levels if the seizure symptoms became visible.

Low CO₂ caused by hyperventilation increases the pH of the blood, known as respiratory alkalosis. Respiratory alkalosis negatively affects all enzyme activity, the balance of electrolytes, and proper blood flow. Over the long term, it could theoretically contribute to cancer, as respiratory alkalosis increases intracellular water uptake (a characteristic of cancer). Another reason why respiratory alkalosis could contribute to cancer development is that it causes the overproduction of several inflammatory mediators (including one more cancer characteristic: lactate) due to the raised pH of the cells.

So, from the above, you can see that if you want to improve your health, learn to breathe properly: slowly and gently. It is not easy if the faulty breathing pattern is gained for years. The higher the CO₂ concentration is maintained (within the biologically normal CO₂ concentration range), the greater the likelihood that the breathing will support your health and performance.

We can help you!

Let us provide you with inexpensive, specialized equipment to deliver CO₂ therapeutically into your body to enhance its level.

When you choose to influence your CO₂ levels and improve your health, our equipment is just a phone call away.

ENHANCE YOUR HEALTH AND LONGEVITY WITH OUR SPECIALIZED CO₂ THERAPY EQUIPMENT— JUST A PHONE CALL AWAY!

In continuation of our latest post pertaining to the benefits of ozone therapy in addressing the greatest health challenges humanity is facing today (cardiovascular diseases, untreatable cancers, complex infections), we will take a closer look at some of the unique features of this medical modality.

Ozone therapy greatly enhances the process of phagocytosis, which is responsible for dealing with infections and counteracting the proliferation of cancer cells.

Viruses are deactivated by ozone through boosting the ‘TH1’ immune response, which energizes antimicrobial mediators that destroy microorganisms, making the body more effective in handling tricky infections.

The amplification of the immune system with ozone therapy facilitates the body’s ability to control bacterial infections. Capsules of bacteria can be directly destroyed upon contact with ozone. Importantly, ozone exhibits selective antimicrobial action, ensuring that healthy cells remain unaffected.

The weakness of cancer cells lies in their inability to tolerate oxidative stress, and ozone, as an oxidant, poses a potent threat to them. Ozone therapy has long been utilized in oncology as an adjunctive therapy. Whether one chooses an alternative or allopathic approach, repeated therapeutic exposure to ozone (taking into account duration and frequency of applications) aids in eradicating cancer cells and improving the quality of life for those affected by it.

Ozone therapy can enhance the efficacy of chemotherapy and radiotherapy while mitigating their side effects. By increasing the effectiveness of cancer treatments and reducing resistance to therapy, ozone serves as a valuable tool. It is often employed as a preconditioning agent for 2-3 weeks before patients begin major anticancer protocols.

Cardiovascular disease is a superb target for O₃ therapy. When O₃ is introduced to the blood and tissues during ozone therapy, oxygen levels within the body quickly improve. This enhancement in oxygenation promotes increased blood flow to the heart. The effects are dose-dependent on the endothelial tissues. Endothelial tissue consist of a single layer of cells lining all blood vessels (veins, arteries, and lymphatic system network. Conditions such as atherosclerosis, peripheral artery disease, ischemic heart disease, and congestive cardiac disease could all benefit from ozone therapy.

Everything reiterated in this email isn’t new; we’ve discussed the numerous benefits of ozone therapy countless of times. What’s remarkable is that it can be administered right in the comfort of your own home, not just in ozone clinics. Extensive research and clinical data attest to the effectiveness of this simple yet powerful modality. If you need assistance, don’t hesitate to reach out to us.

READY TO EXPLORE THE BENEFITS OF OZONE THERAPY?

CONTACT US TODAY TO GET STARTED ON YOUR JOURNEY!

The problem facing humanity today is that there are too many diseases that cannot be solved by contemporary allopathic medicine. Mainly cardiovascular issues, untreatable cancers, and resistant intricate infections are plaguing us now.

All these health challenges present complex and multidimensional etiology. The common denominator here is the deficiency of electrons. Ozone therapy is a powerful adjuvant therapy when effectively dealing with the aforementioned diseases.

Ozone (O₃), being a biologically active molecule, offers to physiology what oxygen (O₂) cannot. It can move electrons around the body where they are needed the most.

Ozone is produced by separating stable oxygen molecules (O₂) into single oxygen atoms (O) which are lacking electrons. Single oxygen molecules eventually want to combine into stable oxygen (O₂). In the process, some percentage of triatomic oxygen (O₃) is formed.

This triatomic oxygen (ozone) is still very unstable and rapidly undergoes a process of dismutation. As a result, many peroxides are produced. Peroxides live longer than ozone, and they can elicit many beneficial physiological reactions that help the body deal with existing health problems.

The half-life of ozone in glass is only 45 minutes. Peroxides last longer than O₃ and can do more work in the body, moving and shifting electrons where and when needed.

Here is an outline of the physiological basis of O₃ therapy:

• Decreases oxidative stress by activating the NRF-2 pathway. Simply stated, it controls oxidative stress in a dose-formative fashion called hormesis. O3 controls oxidative stress.
• Modulates and stimulates the entire immune system by cytokine amplification. Through this process, the response of the immune system is enhanced by 200%.
• Enhances phagocytosis, which refers to the process when specialized cells destroy all sorts of foreign invaders, pathogens, and abnormal cells.

The benefits of ozone therapy have been enjoyed for close to 150 years by many people. If you, your loved ones, or friends deal with any of these challenging conditions, you could take advantage of the benefits that ozone therapy can offer.

Get involved in working towards creating and restoring your vitality. Be pain-free, feel better, and enjoy life.

Ozone therapy can be applied not only in clinics but also safely and simply at home. Well-defined ozone application protocols are available. For more questions, call or email us.

DISCOVER OZONE THERAPY TODAY.

TAKE ACTION NOW FOR A HEALTHIER TOMORROW!