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Activating the mitochondria – regulating cell function
Effectively increasing the human body’s cellular energy
A wide range of factors play a key role in states of exhaustion, chronic fatigue and chronic illnesses. It is not uncommon for a variety of disease-related factors to interact in such cases. These may include, for example, malabsorption in the gut, loss of vital nutrients and chronic inflammation. Furthermore, toxic stress can significantly affect the body’s repair processes, antioxidant defence mechanisms and the functioning of the immune system. This is where appropriate mitochondrial therapy can be applied. One interesting therapeutic approach, for example, is to activate the body’s cells at the mitochondrial level by stimulating the production of adenosine triphosphate.
Ribose and cellular energy – a constant source of drive for the body
Fatigue, a decline in performance and a drop in energy levels are symptoms that quickly become apparent – and in a negative way – as a result of a counterproductive energy supply. Ribose is said to have the effect of replenishing the energy supply to affected cells, thereby tangibly counteracting this decline in performance. The regeneration of partially weakened organs is also a goal that should be promoted in the long term. This is where ATP production comes into play. From a biochemical perspective, ribose is a type of sugar. It is found in virtually every cell in the body, as well as in all animal and plant cells. This leads to an important connection: it provides a natural fuel for energy production in every single cell – adenosine triphosphate (ATP). ATP is vital as an energy source; for example, it ensures that metabolism runs smoothly. At the same time, ATP is a natural building block for cellular energy. A deficiency in ATP should not be underestimated, as it inevitably leads to a lack of mental and physical energy.
Cellular energy – vital for a properly functioning organism
It should be noted that ribose is metabolised differently from equivalent types of sugar. The undesirable side effects that often occur with other sugars do not occur here. For example, after taking ribose, blood sugar levels drop significantly. This phenomenon has even been observed in people with diabetes. Treatment outcomes have demonstrated positive effects. Research into the efficacy of ribose in chronic fatigue syndrome (CFS) and fibromyalgia is, admittedly, only a few years old. Nevertheless, patients and doctors report good and encouraging treatment outcomes as part of cellular energy therapy. As is well known, around ninety per cent of Germans are still far from having an optimal intake of vital nutrients. Various vitamins and trace elements are frequently lacking, as the average intake of fruit and vegetables is often well below the recommendations of nutritional societies. This also applies to phytochemicals. This is why dietary supplements so often come into play. It is important to realise that not all vitamins consumed through food are actually processed by the body. Furthermore, an increasingly unnatural lifestyle is leading to a rise in functional disorders of the gastrointestinal tract. The result is that the body absorbs fewer nutrients; important vital substances are thus lost. However, vital substances are required in all metabolic processes, as well as in every single human cell. Only a body that has an optimal supply in this area can function optimally.
Important for the elimination of toxins – stable cellular regulation and mitochondria
Key point: the gut. Due to an accelerated metabolism and its capacity for ‘repair mechanisms’, toxins are stirred up during detoxification. It is therefore advisable to stabilise the gut and bind the toxins present within it. Various options can be used for stabilisation and detoxification. One option is bentonite and zeolite. The latter is a natural substance extracted from volcanic rock. Zeolite is also well known. In the form of clinoptilolite zeolite, this mineral can be used for detoxification. Unlike bentonite, clinoptilolite zeolite has a higher capacity for cation exchange. This means that free radicals and harmful substances can be bound more easily. Furthermore, as zeolite cannot be digested, it is naturally excreted from the body along with the bound toxins. Bentonite differs from zeolite in this respect, as it effectively forms a gel-like protective film over the mucous membranes in the gastrointestinal tract. The high ion-exchange capacity of the montmorillonite it contains ensures that pollutants present in the body – such as residues from food or medicines, bacteria, fungi and viruses – are bound. They are then excreted naturally. Montmorillonite not only binds these harmful substances; it also supplies the body with important minerals and trace elements at the same time.
LuXXaMed and electrocybernetic metabolic therapy
In addition to the methods described above, there are other ways of regulating cellular energy and ATP. Therapy using biocybernetics is largely aimed at regulating metabolic processes, or metabolism. Around two decades of intensive research in this field have transformed empirical findings into tangible successes. The starting point for this is primarily approaches and findings from the field of neurophysiology. The LuXXaMed metabolic therapy device, which can be used for this purpose, has been developed in line with precisely these findings of biocybernetics. This branch of medicine – the regulation and control processes of the organism – is ideally suited to the use of such a device. To achieve good results in pain therapy as well, it is necessary to act on metabolism both at the cellular level and via the body’s information network. This is achieved, for example, by regulating the autonomic nervous system. The human body consists of around 70 trillion cells. Together, these form the blood vessels, nerves, organs and organ systems, and so on. This impressive system requires its own control mechanism.
