Why Exercise with Oxygen Therapy (EWOT) For a Bartonella Infection?

Executive Summary

 

  • Bartonella’s preferred habitat is endothelial cells, which it inflames in an effort to create low oxygen environments that will stimulate the growth of more endothelial cells.  This allows it to proliferate in the body.  Bartonella does this by activating a human immune chemical called hypoxia inducible factor 1 (HIF-1).  It is the stimulation of these new endothelial cells that cause many of the bartonella symptoms.
  • EWOT is the practice of breathing high volumes of oxygen while exercising to increase the body’s oxygen demand
  • EWOT has the ability to produce profound benefits with sessions as short as 15 minutes per day when done with a reservoir.
  • EWOT was discovered by Manfred von Ardenne, a prolific German inventor and physicist.
  • EWOT’s primary action is the increase of cellular oxygen uptake by decreasing inflammation in the endothelial cells that line blood vessels – a process that increases with age and disease.
  • EWOT is very specific for eliminating the inflammatory process that allow bartonella to live and spread in the human body.  By reversing the expression of HIF-1, bartonella can no longer create new endothelial cells or spread.
  • EWOT is similar to hyperbaric oxygen therapy (HBOT), but it is much better suited for bartonella.  EWOT is quicker and cheaper, with more dramatic results.  EWOT will down-regulate HIF-1 whereas long term HBOT could aid the bartonella by turning on HIF-1.
  • EWOT will work synergistically with other treatment modalities by allowing herbs and antibiotics to penetrate deeper into the tissues and also helping the body detox bartonella and cellular waste and helping the elimination organs filter toxins more efficiently.
  • If you have a bartonella infection, you should seriously consider adding EWOT to your repertoire.
  • The most economical EWOT system on the market is from here.

 

What is Bartonella and What is it Doing to My Body?

 

According to nature.com, Bartonella is a “bacterial pathogens that typically cause persistent infection of erythrocytes and endothelial cells in their mammalian hosts. In human infection, these host-cell interactions result in a broad range of clinical manifestations. Most remarkably, bartonellae can trigger massive proliferation of endothelial cells, leading to vascular tumour formation.”   So Bartonella is a bacterium that attacks human red blood cells (RBCs, a.k.a erythrocytes) and endothelial cells.  The primary job of RBCs is to transport oxygen through the blood to where the body needs it.  Endothelial cells are specialized cells that work as a barrier to allow the passage of certain liquids and substances while inhibiting others.  They line the interior surface of blood vessels ensuring that oxygen, for instance, can pass through to the cells that need it, but that blood plasma remains inside the blood vessels and does not leak out into the body cavity.  The vascular endothelial cells line the entire cardiovascular system from the heart to the tiniest of capillaries.  Endothelial cells can be found throughout the human body, including lining the organs.  They also form the blood brain barrier (BB) - keeping harmful substances out of the brain and they are part of the vasculature supplying oxygen to the brain.  The glomerular cells that help the kidneys perform their filtering function are also endothelial cells, and endothelial cells also perform similar filtering functions in the liver. 

 

Endothelial cells are both critical to human health and life, and they are dispersed throughout all of the systems of the body.  These cells are such a critical part of the human body, that some scientists have been petitioning to have endothelial cells classified as their own organ system.  It is these systems of cells that is a primary target for bartonella.

According to Stephen Buhner, in his book  Holistic Treatments for Bartonella and Mycoplasma, Buhner states that “Bartonella primarily live in endothelial cells.  By entering CD34+ cells [pluripotent stem cells], they are immediately taken to locations throughout the body where endothelial inflammation is already occurring.  This allows them to access the exact niche they need and to do so at the locations where endothelia integrity is already compromised.”   He also states that “Once the bartonella bacteria are established in the endothelial cells… they begin to infect the red blood cells….  These new bartonella bacteria then colonize the red blood cells, making the organism ready to be picked up by insects seeking a blood meal.”  In other words, the bartonella use the stem cells as a transportation mechanism to find compromised endothelia cells, which they then infect.  Once they have infected the endothelial cells, their preferred habitat, they then seek to infect red blood cells as a secondary infection as a means to transmit to a new host. 

 

Bartonella is also a very “intelligent” bacteria capable of hijacking the human immune system, similar to Lyme disease, to make the host more hospitable to the bartonella infection.  Once the endothelial cells are infected, Bartonella will manipulate the human immune system to create a cytokine cascade that benefits its own proliferation and survival.  For instance, bartonella has been show to increase cellular hypoxia (oxygen starvation) and decreased APT (cellular energy).  This results in the human immune system activating hypoxia-inducible factor-1 (HIF-1).  HIF-1 is a response to oxygen starvation and its purpose it to create angiogenesis (the production of new blood vessels).  Typically, the body would do this in response to a blocked or damaged blood vessel, as a means to create a new path to send blood and oxygen to cells that were experiencing hypoxia.  In bartonella’s case, the purpose of this is the production of new endothelial cells, giving it more real estate for bartonella to infect.  Cancer is known to use this same angiogenesis pathway as a means to grow tumors and allow for metastasis (the spread of cancer to other parts of the body).

 

What is Exercise with Oxygen Therapy (EWOT)?

 

Exercise with Oxygen Therapy (EWOT), or Oxygen Multi-Step Therapy, is the practice of exercising while breathing high concentrations of pure oxygen.  An oxygen healing therapy, similar in it mechanisms to hyperbaric oxygen therapy (HBOT), it helps drive oxygen deeper into the tissues by super-oxygenating the red blood cells and blood plasma.

 

Normally when a person breathes, oxygen makes up just 21% of the air entering their lungs.  With EWOT, when done properly with a reservoir, oxygen concentrations can be well above 90% of the volume of air entering the lungs.  This process greatly increases the oxygen saturation level in the blood and pushes that oxygen deeper into the tissues.

 

Greater oxygen in the tissues reverses oxygen starvation and switches cells from anaerobic respiration to aerobic respiration.  This allows cells to produce more energy and helps them detoxify from the build-up of cellular toxins created due to the low oxygen state (hypoxia).  The increased oxygen also leads to a powerfully anti-inflammatory state.  In 2013, there was a study in the Journal of Leukocyte Biology showing oxygen’s amazing impacts on reducing inflammation.

 

EWOT can produce profound benefits in as little as 15 minutes per day, when performing EWOT with an oxygen reservoir.  The benefits are long lasting and accumulate over time.  This makes it a very powerful therapy.

 

 

How was EWOT discovered?

 

Exercise with Oxygen Therapy (EWOT) was first discovered by German researcher, physicist and inventor, Manfred von Ardenne.  Von Ardenne was a prolific inventor; according to vonardenne.biz, “he held about 600 patents in radio and television technology, electron microscopy, nuclear plasma and medical technologies and was the author of countless books and publications”.  Von Ardenne was a student of Dr. Otto Warburg, the Nobel prize winning medical doctor who is best known for his discoveries of the connection between cancer and low oxygen states at the cellular level.

 

Professor von Ardenne discovered that when people exercised while breathing pure oxygen, it created a series of physiological changes in the body that initially increase the head pressure of oxygen in the veins and capillaries.  In his book, Oxygen Multistep Therapy, von Ardenne states that they observed “narrowing of capillaries due to swelling of endothelial cells in …O2 deficiency (hypoxia)”.    He goes on to state that “poor O2 supply situation leads …[to] narrowing of the cross-section [of the capillaries] with a drop in the blood microcirculation” which then causes more inflammation and worsening local blood flow due to increasing blood viscosity caused by the blood stagnation - in effect, creating a negative feedback loop.  

 

He found that this negative feedback loop could be reversed by pushing larger quantities of oxygen into the blood and to the sites of inflammation.  In the presence of higher concentration of oxygen, the cells inflammation is reduced and the body is able properly detoxify.  This process leads to restored microcirculation in the capillaries, allowing them to exchange oxygen more efficiently with the cells of the body.

 

Professor von Ardenne noted that this endothelial inflammation, due to hypoxia, was a commonality between various disease states, cancer development, and even aging and proposed EWOT as capable of reversing each of these conditions.  The increased oxygen leads to increased cellular energy, allowing damaged cells to repair themselves and remove toxins built up in cells from the anaerobic processes caused during hypoxia.

 


EWOT and Bartonella – A Perfect Pair

 

EWOT is very specific for treating a bartonella infection, perhaps one of the most specific treatment modalities one can find.  Bartonella hitches a ride on stem cells to the site of endothelial cell inflammation, where there are weakened endothelial cells it can easily co-opt.  Once inside endothelial cells, it creates a hypoxic condition to hijack the human immune system and cause it to create new blood vessels and more endothelial cells to infect (angiogenesis).  In fact, bartonella are the only bacteria able to produce angiogenic tumors in humans.  And wherever this angiogenesis occurs, a person is likely to suffer the symptoms from the bartonella infection.

 

EWOT’s mechanism of activity is to reverse the endothelial cell inflammation that causes hypoxia.  By forcing large quantities of oxygen into the body under greater pressures, HIF-1, the instigator of angiogenesis is snuffed out.  The endothelial cell inflammation is abated, and the bartonella organism has no means of proliferating in the body.  EWOT doesn’t just stop bartonella angiogenesis, it stops all errant angiogenesis, regardless of source – be it bartonella or cancers.  For this reason, EWOT has strong anti-cancer benefits.

 

At the same time, the increased oxygen helps the body detoxify from the metabolites and cellular debris caused by a bartonella infection and its effects on the various organ systems (remember that bartonella easily lives in the endothelial cells of your filtering organisms – your kidneys and liver).

 

Because of its anti-inflammatory actions on the exact cells that are the preferred habitat for bartonella, and because bartonella cannot live in the body without inflammation and inflammatory processes, EWOT is very specific for treating the bartonella infection.

 


What Other Conditions is EWOT Good For?

 

EWOT is great for a variety of conditions and symptoms that Lyme disease and bartonella sufferers are very familiar with.  It is also good for improving general health, well-being, and its anti-aging.  It is very similar to HBOT therapy but can be done in much less time for a fraction of the price.  If you are mobile and can even do as little as bounce on a rebounder, EWOT is likely a better place to start.  For bartonella specifically, EWOT is much more specific than HBOT for the infection.  EWOT will reduce HIF-1 (the mechanism bartonella uses to create more infected cells) whereas HBOT will increase HIF-1 over time.  Here are some of the many benefits of EWOT.

 

 

While there are a range of systems to choose from, we have purposefully designed our EWOT system to be the most economical and useful on the market for people with chronic illness.  If you are interested in learning more, you can find it here.  If you want to know what to look for in an EWOT system, we will have a blog coming up on that soon.

If you are interested in learning how EWOT can help you with your bartonella recovery, please feel free to contact us.