CO2 (Carbon Dioxide): Health Effects, Uses and Benefits

Contrary to what might be expected from environmental concerns related to global warming, CO2 (carbon dioxide) health effects and benefits for the human body are innumerable. Life originated and had existed on Earth for millennia under conditions of very high CO2 content of the surrounding air. According to published studies, CO2 content was up to about 7-12% in air when the first creatures with lungs were evolving. Therefore, these creatures could experience all CO2 health benefits that are listed below.
Note that very large CO2 concentrations (20% and more) produce adverse effects in humans and pure CO2 is a toxic gas. This web page is focused on typical or physiological CO2 levels in the lungs which range from about 20 to 50 mm Hg or from about 2.7 to 7.5%.
Having a normal level of CO2 in the lungs and arterial blood (40 mm Hg or about 5.3% at sea level) is imperative for normal health. Do modern people have normal CO2 levels? ? When reading the table below note that levels of CO2 in the lungs are inversely proportional to minute ventilation rates, in other words, the more air one breaths the lower the level of alveolar CO2.
Breathing rates in healthy, normal people vs diseases
CO2 molecule pictureHypocapnia (CO2 deficiency) in the lungs and, in most cases, arterial blood is a normal finding for chronic diseases due to prevalence of chronic hyperventilation among the sick.
Furthermore, as we discovered before, over 90% of modern people (so called "normal subjects") are also hyperventilators (see the link below to the Hyperventilation Table with over 20 medical research studies related to normal subjects). Hence, chronic hypocapnia is very common for modern man.

Main CO2 health effects and uses in the human body

Follow the links for dozens of research references

CO2 vasodilation health benefits- Vasodilation (expansion of arteries and arterioles). As physiological studies found, hypocapnia (low CO2 concentration in the arterial blood) constricts blood vessels and leads to decreased perfusion of all vital organs
- The Bohr effect was first described in 1904 by the Danish physiologist Christian Bohr (father of physicist Niels Bohr). This law can be found in modern medical textbooks on physiology. The Bohr effect states that arterial hypocapnia will cause reduced oxygen release in tissue capillaries.
- Cell Oxygen Levels are controlled by alveolar CO2 and breathing. Hyperventilation, regardless of the arterial CO2 changes, causes alveolar hypocapnia (CO2 deficiency), which leads to cell hypoxia (low cell-oxygen concentrations).
- Oxygen Transport, therefore, depends on breathing and these 2 effects (Vasoconstriction-Vasodilation and the Bohr effect) explain the influence of hypocapnia (low CO2 content in the blood and cells) on circulation and reduced O2 delivery.
- Free Radicals Generation takes place due to anaerobic cell respiration caused by cell hypoxia. Hence, antioxidant defenses of the human body are also regulated by CO2 and breathing, as these medical studies have found.
- Inflammatory Response, as well as chronic inflammation, are also regulated by breathing since hypoxia leads to or intensifies inflammation. Therefore, hyperventilation naturally promotes inflammatory health problems and CO2 and Earthing (electrical grounding the human body) are the key anti-inflammatory agents.
- Nerve Stabilization is due to calmative or sedative effects of carbon dioxide on nervous cells. Lack of CO2 in the brain leads to "spontaneous and asynchronous firing of neurons" (medical quote) "inviting" virtually all mental and psychological abnormalities ranging from panic attacks and seizures to sleeping problems, addictions, depression and schizophrenia.
- Muscle relaxation or relaxation of muscle cells is normal at high CO2 levels, while hypocapnia causes muscular tension, poor posture and, sometimes, aggression and violence.
CO2 bronchodilation health benefit- Bronchodilation - dilation of airways: bronchi and bronchioles are dilated by carbon dioxide, and their constriction occurs due to hypocapnia.
- Blood pH regulation and regulation of other bodily fluids.
- CO2: Lung Damage Healer: Elevated carbon dioxide levels prevents injury and promotes healing of lung tissues.
- CO2: Skin and Tissue Healer.
- Synthesis of Glutamine in the Brain, CO2 fixation, and other chemical reactions: there are many other regulatory and facilitating effects related to uses of carbon dioxide.
- Regularity and Smoothness of Breathing is controlled by CO2. Lack of CO2 leads to "hypocapnic central apnea", which is a popular scientific term used by many doctors and scientists to describe the origins of sleep apnea.
- Hypercapnia (or Hypercarbia): Is it a pathology or a sign of super health?
This myth ("CO2 is a toxic, waste, and poisonous gas") is one of the greatest modern superstitions. Thousands of medical studies have proven that reduced carbon dioxide levels in cells, tissues, organs, and fluids of the human organism cause numerous adverse effects. What are the origins of this myth? In the 1780s, French scientist Antoine-Laurent Lavoisier determined the composition of air. Read more ...
Any medical or physiological textbook, which discusses control or regulation of breathing in the human body, states that breathing is mainly controlled by carbon dioxide concentrations in the brain and arterial blood. Obviously, should CO2 be poisonous, it would be normal to have it as little as possible, but the situation is opposite and the "poison" controls respiration, the fundamental function of the human body...
When chronically hyperventilating, should I experience all these bad effects? The above CO2 deficiency effects take place in all people. However, the degree of these problems and the symptoms (what is felt) are individual ...
Now we can answer the most fundamental questions related to health and genetics. Why and when are bad genes triggered? Why did we have such small rates of chronic diseases only 100 years ago? Genes and diseases: How we react to hyperventilation...

CO2: how evolution of air (disappearance of CO2) promotes chronic disease

This YouTube video "Evolution of Air (Low CO2 Now) Causes Low Body O2 and Chronic Diseases" explains how changes in air composition caused CO2-related health effects; most of all a dramatic shift in consequences of overbreathing.
Hyperventilation was beneficial for health a long time ago (it provided more O2 for body cells), but these days, overbreathing kills millions of people every year.
There is one web page that explains, with all numbers and details, why overbreathing was beneficial during the first part of evolution of breathing creatures on the Earth, but now low CO2 in air causes many health problems. The link to this page is provided as your bonus content right below here.

Comments

Post a Comment

Popular posts from this blog

How does cerebral hypoxia cause euphoria?

The mechanism by which the conscious feeling of euphoria is felt is still unknown. Due to the multiple methods by which euphoria can occur it is likely a 'natural' state of the brain that can be triggered either naturally or unnaturally. It is also likely that it occurs in the same brain regions responsible for mood. https://en.wikipedia.org/wiki/Reward_system You'll note that many of the structures connected to the reward system are glutamatergic interneurons. This means that excess glutamate can trigger the reward system to produce euphoric feelings. In cerebral hypoxia the lack of oxygen results in a lack of energy for the cell. Mainly this results in the switching off of the sodium / potassium pump. A nerve cell fires by moving sodium outside the cell and potassium inside the cell to create concentration gradients, that are then reversed during an action potential. If the pump does not have oxygen then this mechanism stops. This results in an increase in e
Read more

Top 49 Ways to Increase Myelin Naturally and Boost Intelligence

Image
Myelin is an important part of the nervous system and is vital for optimal cognitive function. Read more below to learn how to increase myelin in your body. Introduction Myelin is a sheath made out of fats and proteins that wraps around the axon (end) of a nerve cell. It helps the nervous system function properly ( R ,  R ). It improves the conduction of action potentials, which are needed to send information down the axon to other neurons ( R ). The myelin sheath increases the speed of impulses in neurons. It facilitates conduction in nerves while saving space and energy ( R ). Demyelination happens when the nerves lose the myelin sheath that insulates them. This can cause many neurodegenerative diseases or nerve and brain damage. Defective myelin sheaths can also cause nerve disorders ( R ). It’s thought that inflammatory cytokines reduce myelination ( R ). Myelin Increases Intelligence Since myelin transmits neuronal signals, Myelin plays a critical role in det
Read more

All About Histamine – 31 Surprising Roles of Histamine, Histamine Receptors and Histamine Metabolism

Image
Histamine is widely known as a substance that contributes to allergies, asthma, eczema, and coughs. In addition, histamine is also a neurotransmitter with very important roles both in the brain and in the gut. Read this post to learn more about histamine. Introduction Histamine is a biogenic amine ( R , R ). Its name is derived from the Greek word ‘histos’, meaning tissue. Histamine got its name based on the fact that it can be found in various tissues ( R ). Histamine was discovered in 1910 by the winner of the 1936 Nobel Prize in Medicine, Sir Henry H. Dale ( R ). Since then, there has been a multitude of research involving histamine. However, there is still a lot we don’t know about histamine and its various functions. Histamine Production Histamine is produced from the amino acid histidine, by the enzyme  HDC  (histidine-decarboxylase) ( R , R ). Cells that can produce and store histamine include ( R , R , R ): Mast cells and basophils, which are  white bloo
Read more