One of the most common chronic health issues affecting the elderly is respiratory problems. A shortness of breath is often blamed on the age factor, causing a stiffening of the lungs. Depending on the shape and severity of the lung tissue and its capability to exchange gases, soyence has created various names that best describe the changes and symptoms they cause.
I was asked to explain a lung “disease” soyence has labeled as emphysema.
The soyentific explanation of emphysema is: Emphysema is a progressive chronic lung condition in which the tiny air sacs (alveoli) are damaged or destroyed. When this happens, it causes the tiny air sacs to rupture and form bigger air pockets instead of many tiny ones. Air becomes trapped in the damaged areas and doesn’t move gases correctly through the lungs. Problems in oxygenation and CO2 release occur, creating a shortness of breath.
The most common culprit blamed for this is cigarette smoking. Other culprits are inhaling second-hand smoke, chemical products, dust…
Our soyence claims this to be an irreparable health issue that can sometimes be alleviated through a surgical procedure by removing part of the lung to create more space for expansion of the healthier part of the lung.
Before we go deeper into analyzing this health issue, as always, let us examine the symptoms.
The symptoms people with emphysema suffer from are rapid breathing, cough, shortness of breath, mucus production, wheezing, anxiety, depression, extreme tiredness, heart problems, insomnia, weight loss, water retention…
I am not going into the laboratory examination of lung efficacy in gas absorption because this is unimportant. This would mislead us because many of the symptoms point to general blood toxicity, which would not be included in the test. This is why the interpretation of laboratory tests is only marginally correct.
The symptoms, such as water retention, tiredness, heart problems, insomnia, phlegm, cough, and depression, are all symptoms of toxic blood. This means that most of the symptoms that characterize emphysema are related to blood toxicity and are not symptoms of lung damage.
The wheezing that is often present is caused by inflammation of the lung alveoli, and this means that it is also related to the toxicity of the blood and not to lung damage.
Having this in consideration, we can now explain why nonsmokers and individuals who were exposed to clean air can also suffer from emphysema, which soyence blames the genes for.
There is nothing inherited from the family as far as pulmonary emphysema goes. If there were a genetic blemish, it would show up in infancy.
Toxins that enter our bodies will be flushed out through the blood-cleansing organs. The higher the toxicity, the more blood plasma is necessary. When we do not supply water and salts, our blood dehydrates and stops cleansing. Toxic blood serves as a poor electro-conductor. The cells close their membranes and, in time, become overly acidic/toxic.
The toxicity of the blood, organs, and cells increases, and in time, symptoms of toxic blood and body occur. The higher the toxicity, the more severe the symptoms/manifestations occur.
Since we are exposing emphysema, we are going to point to the problems caused by blood toxicity, dehydration, and the consequent inflammation that occurs in lung tissue.
The first symptoms of lung dehydration show up as symptoms of asthma and bronchitis, which are nothing more than inflammation of the alveoli.
You can read about it here
Breathing through the mouth increases dehydration as a lot of water is lost through the vapor of the breath.
As the lung tissue dehydrates, a white protein fiber of dehydrated collagen starts showing up. This process has various names depending on its location. When this shows up in the lungs, the soyance calls it a lung fibrosis. When this dehydration occurs in the liver, it is called liver cirrhosis. In the eye lens is called the cataract…
Once we are aware of the truth, emphysema can easily be explained as a process of chronic dehydration of the lung tissue.
The first response of the lungs to the loss of plasma is inflammation, which causes constriction of alveoli and the wheezing sound. Doctors are trained to focus on bacteria and fungi as the cause, and if none of them can be located, the inflammation is blamed on a non-existent virus.
Since inflammation is the symptom, doctors call this a disease, being it pneumonia or asthma.
If the dehydration persists, the body will try to cleanse the lungs through elimination of toxic blood, and the symptoms will be phlegm with blood in it. Doctors call this tuberculosis.
The dehydrated alveoli are fragile and inflamed. They start breaking, and spaces appear between them. Those spaces may hold toxic retained liquid and are called cysts, as cystic lungs.
Severe dehydration will show no liquid in those spaces. Instead, white fibers of a collagen protein may appear, and this is now called fibrotic lungs. Such lungs cannot efficiently serve, and a difficulty in the exchange of gases shows up in symptoms we refer to as pulmonary emphysema.
Reversing this problem is difficult because as soon as the affected individual starts to hydrate, the toxic lung tissue will start filling up with toxic plasma, causing severe water retention that makes the individual feel as if drowning, unable to breathe.
What has created this state is doctors’ treatments that were focused on the wrong culprit, and being symptomatic, allowed the problem to develop to the point of no return.
In most cases, the affected individuals can breathe when no additional pressure is exerted and the inflammation is reduced. This is why periods of alleviation of symptoms occur.
We can achieve such a state by slowly improving the hydration of the body, providing clean and moist air, and clean food. Slowly, the remaining alveoli will be able to provide enough gas exchange and bring the life to a more normal state of living.
As I have mentioned, water retention in the lungs creates the most difficulty, and the patient has to be monitored and assisted when necessary. Diuretics are necessary in most cases and have to be used to force the toxic plasma out of the lungs.
The affected individual will battle phlegm and cough, especially if the air is cold. This is why the affected individual has to be in a warm area or breathe under the blanket to inhale previously warmed air.
If you have problems with your lungs, do not follow your doctor’s recommendations. Learn the truth and heal yourself. Start your healing process from the first time you experience a cough with phlegm. Do not allow your lungs to deteriorate because the healing process will be increasingly more difficult.
If you are unsure of what to do, follow the SHP and ask for guidance if necessary.
Love and light to us all