Microbes, pH and blood microscopy

Acids in the plasma

Many people think that microbes are harmful, especially microbes are known as microscopic organisms or beings, and we know them as viruses, bacteria and fungi.

However, for your benefit, it would be interesting to thoroughly review this opinion. Of course there are pathogens in our bodies and are the cause of many types of diseases. However, their hazardous properties can only develop fully effective if our body provides the ground where they can flourish and be active. So is the "middle" that awakens and fosters their parasitic nature.

Consider, for example, in the growth of seeds in the field, it is essential that they are in the "middle" to correct the seeds develop in the same way that microbes in our body.

It is also important to be aware that we would not be able to live at all without the presence of microbes in our body. There are a huge number of microbes and of many types and in many forms. Even the body's immune system, as important and sensitive to their health depends on the strength of a population of bacteria that coexist harmoniously. So we live with an innumerable multitude of microorganisms inside our bodies, literally, in symbiosis with us, that is, living in a community in which these microorganisms perform essential tasks for our metabolism.

The "ground" of our body is vital

It is vitally necessary that this community of bacteria are in balance to keep our internal environment in a state of biological balance. When altering the ground over a long period of time, this balance is lost, resulting from alterations or influence either from inside or from outside, and consequently these harmful microbes may develop from harmless microorganisms. These may become beneficial symbiotic parasites that cause increased damage to our blood and can even destroy, unless applies appropriate biological treatment.

This degeneration can be seen, for example, using dark field microscopy in the blood of many people who are terminally ill and in the final stages of their illness.

Many people still persist in the erroneous view that microbes are harmful above all and, therefore, must be "fought" and "destroyed". These people also think that these "disgusting" microbes are "flying" on us, or somehow make their way to us from outside.

That is not the case as has been clearly demonstrated by the results of several investigations, including some of the past. According to these results, it is rather the case that, from the moment of our birth, we are hosts of certain genera of microbes in our bodies, and these have the potential to become pests. For a baby, some of these microbes, even up its first "practice material" to strengthen your immune system. It has also been clear for a long time in the womb microorganisms are passed from mother to baby through the placenta, which implies that this "inheritance" is transmitted through the placenta.

Microbes undergo a shape change through various phases. Pleomorphism

A most important finding of the research carried out in previous years is that the genera of microorganisms in our body since birth are subject to change so in stages. This depends on the living conditions of the environment in the blood and tissues. In scientific terminology this plurality in the form known as pleomorphism. This implies that the organisms in question are subjected to a series of developmental stages, from a very small particle protein still a mushroom shape with a complicated structure. It is in this final phase in which the parasitic nature of the microbes in question is fully revealed. Fortunately, this cyclical development is also able to be reversed and, in fact, this can be accomplished by passing completely nonviolent forms and non-toxic if given biological treatment.

The most important genera of microorganisms that have this property of range of the form (pleomorphism), and that house many people in their body in one form or another, is technically called in the language of medical science as Mucor racemosus, Aspergillus niger and Candida albicans. Now these three genera are by no means the whole body full of microorganisms, and only in our gut bacteria are other genres very helpful. The three mentioned genera of microorganisms that are named here, are of paramount importance for the events that occur in the blood. Of course, the mucous membranes are also the scope of the Candida albicans, both in the gut and in the female vagina.

In many people Mucor occurs with Aspergillus. In these people, a variety of adverse influences diseases or disorders can cause long term damage to their internal environment. Thus, microorganisms can undergo changes in shape and become pathologic. Symptoms caused by the development of these symbionts symptomatology is different when only one kind of the two is present. This collaboration between Aspergillus and Mucor often can be seen particularly serious diseases, as demonstrated by the results of special blood tests. This type of specialized examination by darkfield microscopy deserves to be more widely used.

The acid-alkaline ratio

The internal environment of the body may be biologically balanced in favor of health, or can be distorted to the point that encourages microorganisms that are present to change its shape, ie the development of harmful microbes inactive symbionts.

The acid-alkaline fluids and tissues of the body plays an important role in deciding between these two possibilities. The acid-alkaline ratio is a very elemental and existential, affecting metabolic processes in living organisms everywhere. Without this relationship biological life, organic, not possible. It is closely related to vital metabolic processes within our bodies, even extending into its billions of cells.

The acidity inside a battery determines its effectiveness, and in the same way the "acidity" in our body also determines how healthy it is. In our body also the ratio of acid to alkaline critically affects bioelectrical vital processes in the metabolism of every cell. A good health is demonstrated by a high electric potential between the cell nucleus and the cell membrane, as high as 70 millivolts or more.

In our body the ratio expressed in acid alkaline pH level. This is a value obtained from the blood and other body fluids - without forgetting the urine - for diagnostic purposes and for the health check. The pH level of the blood in circulation in a healthy young person is in the region of 7.4 and, since it is above 7.00, is said to be slightly alkaline. Generally speaking, even in a healthy person, there is a certain level of antagonism between the pH of the blood and tissues. In other words, a contrast adjustment of the pH level. This means that the pH of healthy tissue is only slightly below the neutral level of 7.0. In people who are seriously ill this antagonism is expressed with a much greater difference in pH levels. In disease, blood may have a pH level of 7.8, while the diseased tissue may be immersed in the acid range with a pH level far below 7.0.

Excessive acidity is a significant factor in the disease

This provides acidic medium of our body microorganisms ideal conditions for intensive development to form harmful fungi. However, this acid environment also promotes the occurrence of a deficiency in the supply of hazardous fluids into the tissues, so that the blood supply to the finer capillaries (microcirculation) is dramatically reduced or even crashes. This means that, for every cell, is not only vital supply necessary oxygen and nutrients, but also the arrangement of equally vital removing metabolic waste products. One can say that, in this state, all the cells are gradually acidify and, therefore, are increasingly diseased unless therapeutic aid is applied in the form of appropriate biological drugs and other measures.
Therefore we can state emphatically enough that the over-acidification of the tissues should be considered as a dangerous source for the genesis of many serious diseases, as well as a variety of pathological conditions. This condition also encourages microbial life of our body to develop in a direction detrimental. If this acidification add an additional load in the form of metabolic waste products from these harmful bacteria proliferation understand diseases. In this state, the body has a markedly depressed immune integrity, making it more easily susceptible to the attack of exogenous microbes. This is manifested by frequent infections, which can also be severe.

What we can do

Therefore, everyone should try to avoid long-term over-acidity of the tissues of your body. This is an important precaution you can take against many diseases. Thus the human immune system will be considerably less stressed.

There are a few healthy habits in our daily lives that are a positive precaution. This includes avoiding the acidic reactions, in whole or as often as possible. Our immune system is very sensitive to neuro-emotional components, which means that the strength of our immunity is influenced by how we think and feel.

The type of diet we consume is also considered an important factor in prevention and treatment, and to protect us against diseases caused by acid ground. A diet of whole foods, like fruits and vegetables energy minerals provide alkaloids that counteract the excess acids. The same goes with drinking enough fluids. The best drink we consume is fresh water, pure spring.

Some everyday foods, when consumed for a long time, constitute a serious risk of injury to health, because they are acid-forming, as in the case of coffee, for example. These should be avoided, or at least greatly restrict.

Another thing that is essential if we are to maintain the health, or even to recover our health, is regular exercise, without objection by sweating. This drives the heartbeat and breathing, which in turn promotes the improvement of micro-circulation (blood flow through blood vessels finest capillaries), this not only improves the oxygen supply to the tissues, but it also enhances the removal of waste products of metabolic diseases.

In summary, the diseases are, very often, an emergency exit for the decaying material and acids, as a result of dysfunction of normal elimination pathways of metabolism. Physical exercise also has a favorable influence on the conditions for microbial life is balanced within our bodies.

A special role in our lifestyles and food is the consumption of animal protein in the form of meat and meat products primarily, but also as eggs, milk and milk products. Studies confirm that, in the case of continued excessive consumption of animal protein, the microorganisms present in the body, such as Mucor and Aspergillus, feed and so they begin their upward trend pathological. Not only that, but any excess animal protein, when metabolized in the body, tilt the acid-alkaline balance in the direction of "acid". Besides this, in the long term as a result of this dangerous excess of protein deposits, are formed, for example in the walls of blood vessels waste products clog the microcirculation.

Blood microscopy and our health

It is useful to investigate the state of the patient's blood through the dark field microscopy. It is a biological study that offers a good degree of certainty in the prediction and prevention of disease. It would be a blessing to many people if this method of biological research had been performed widely in medical practices than it is today.

This method is also a good way to check the progress of a disease, and - if necessary - can provide photographic documentation with images of blood. Allows an objective view of changing microbial status of the blood in successive blood samples, depending on the progress of treatment.

Darkfield microscopy is a special comprehensive research, which must be performed with a drop of blood taken from the patient. This research involves using dark field microscopy where there are small ways of growth of microorganisms and their status. This research is completely harmless, it only lasts about 15 minutes and not only gives clear information on the internal environment of the patient and any microbial manifestation of his blood, but also about how blood cells are able to carry out their functions.

A further investigation of the blood sample also gives important clues as to the extent of degenerative disease processes, including even a tendency cancerous, and also provides evidence of immune system status at that time. Given these possibilities, dark field microscopy can not be replaced by any other known method of blood research. In addition, dark-field microscopy is very motivating for the patient is present, due to its rapid and visible results with ease on the state of his blood, and also fully adapted for preventive prophylactic health. However, it is essential to have a professional who is trained and experienced in darkfield microscopy for research results obtained are reliable.

Although dark field microscopy is an excellent tool for this type of biological research, as seen by the video posted, without being the darkfield condenser also similar results can be obtained thanks to the skill of the practitioner. Much will depend on the quality of equipment and technique used.

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