Cell performance as the key

Treating complaints and illnesses

Chronic disease = loss of energy in the cells

Our cells are true marvels. They may be microscopically small, but together they form our tissues, organs, and ultimately shape the entire body. Each organ has its own specialised function, carried out by dedicated cell types — over 200 in total. But as different as these cells are, they all have one thing in common: they need energy.

Each cell generates this energy in its own power stations — the mitochondria. If these power stations become damaged or weakened, the cell experiences an energy shortage and can no longer perform its function properly. Depending on the type of cell, this lack of energy can lead to a wide range of symptoms — from muscle or nerve pain to general discomfort or chronic illness. If the energy deficit persists, it can manifest as disease, potentially affecting any tissue, organ, or the entire body.

Blood

The importance of cells

Our blood renews itself faster than our heart beats — at least 500 billion blood cells must be replaced each day. If there is too little energy available during their formation, the cells may develop abnormally. Whether they are “too large” or “too small”, “too many” (e.g. polyglobulia) or “too few” (e.g. anaemia), any imbalance has consequences for the entire body.

Blood vessels

The importance of cells

Stretching around 100,000 kilometres through the body, our blood vessels carry life-giving nutrients from head to toe. Their health depends greatly on cellular energy. If there is a lack of energy, vessels may constrict — contributing to conditions such as arteriosclerosis, high blood pressure, and stroke — or dilate, leading to varicose veins or aneurysms.

Kidneys

The importance of cells

No other organ responds as quickly or as dramatically to a lack of cellular energy as the kidneys. As the body’s natural “waste disposal system”, kidney cells already operate at full capacity. Extra strain or “cellular stress” can result in such a severe energy shortage that these cells stop functioning altogether — potentially leading to chronic kidney disease or acute kidney failure.

Muscles

The importance of cells

Muscle activity requires large amounts of energy. With every movement — no matter how small — muscles must contract and then relax. This energy is supplied by the mitochondria in muscle cells. If there’s a shortage, it can result in exertion-related muscle weakness, chronic pain, fatigue, muscle tension, and a tendency to cramp. Smooth muscles, such as those in the heart, intestines and blood vessels, are also affected.

Skin

The importance of cells

As our largest protective organ, the skin is constantly exposed to stress. Its regeneration relies on active skin cells. Without sufficient energy, regeneration slows, leading to various skin conditions — from premature ageing and slow wound healing to psoriasis or atopic dermatitis (eczema).

Sensory organs

The importance of cells

Our five senses are under greater strain than ever. A constant flood of images and sounds pushes the mitochondria in our sensory cells to their limits. A chronic energy deficit here may contribute to the rise in eye diseases such as short-sightedness, glaucoma and macular degeneration, as well as tinnitus (ringing in the ears).

Intestine

The importance of cells

The surface area of the human intestine spans an incredible 300 to 450 square metres — and is completely renewed every four to five days. This rapid regeneration requires optimal mitochondrial function in the intestinal cells. If energy is lacking, the microbiome may become imbalanced, increasing the risk of conditions such as irritable bowel syndrome, ulcerative colitis, or Crohn’s disease.

Liver

The importance of cells

As the body’s largest detoxification and metabolic organ, the liver is constantly under pressure. Its cells rely on a high number of mitochondria to manage daily stressors such as environmental toxins. Over time, these stressors can impair liver function. Early stages of liver weakness often show no symptoms, but may later present as fatigue and skin changes.

Nervous system

The importance of cells

The nervous system is constantly active, processing internal and external information. If the mitochondria in nerve cells cannot provide enough ATP, the result is impaired signal transmission. This may lead to symptoms such as pain, tingling, or numbness — often seen in patients with polyneuropathy.

Bones

The importance of cells

Bones are constantly remodelling — breaking down and rebuilding tissue to adapt to daily stresses. This process relies on energy from bone cells. If they are underpowered, the balance is disrupted, which can lead to conditions such as osteoporosis (bone loss).

Heart

The importance of cells

The heart beats more than 100,000 times a day, pumping around 10 tonnes of blood through the body. Its energy demand is immense, and heart cells rely on efficient mitochondria. In nearly all heart diseases — especially heart failure — this balance between energy supply and demand is disrupted.

Pancreas

The importance of cells

The pancreas contains two crucial types of cells: beta cells, which release insulin to regulate blood sugar, and acinar cells, which produce digestive enzymes. A lack of energy in acinar cells affects digestion. If the beta cells are affected, insulin regulation can be impaired, worsening diabetes.

Brain

The importance of cells

The brain makes up just 2% of our body weight but consumes 20% of our total energy. This is due to the brain’s 100 billion nerve cells, which constantly exchange information — even during sleep — and must be continuously supplied with energy. Researchers therefore associate a lack of energy in brain cells with the onset of neurodegenerative conditions such as (Alzheimer’s) dementia and Parkinson’s disease.

Connective tissue

The importance of cells

Our connective tissue cells produce collagen and elastin fibres, which help keep our skin — and the connective tissue itself — youthful, firm, and elastic. However, connective tissue is found throughout the entire body. As a result, an energy deficiency in these cells not only affects skin health, but can also impair the function of organs such as the lungs, as well as tendons, ligaments and the fascia system.

Joints

The importance of cells

In the best-known joint condition — osteoarthritis — various factors lead to changes in joint tissue, including cartilage cells. The underlying cause lies in the “power stations” of these cells. A lack of energy leads to an imbalance between the breakdown and regeneration of cartilage cells, which plays a significant role in the progression of degenerative joint diseases.

Lungs

The importance of cells

Lung diseases often affect the connective tissue within the lungs. This tissue provides structural support and elasticity. Mitochondrial dysfunction and the resulting energy deficit are considered a contributing factor in a number of respiratory conditions, including chronic obstructive pulmonary disease (COPD) and pulmonary fibrosis.

Immune system

The importance of cells

When our immune system detects pathogens, an “army” of immune cells is rapidly mobilised. If there isn’t enough energy available for this response, immunodeficiency can occur. On the other hand, if the immune response cannot be properly regulated — again due to a lack of energy — excessive inflammation or autoimmune diseases such as Hashimoto’s thyroiditis, multiple sclerosis or type 1 diabetes may result.

Thyroid gland

The importance of cells

The thyroid is the largest endocrine gland in the body and acts as the “conductor of metabolism”, regulating energy in all other organs. However, if thyroid cells themselves are lacking energy, this can lead to dysfunctions such as hypothyroidism (underactive thyroid) or hyperthyroidism (overactive thyroid).

The body works as simply as this

Lack of regenerative capacity leads to illness

Humans naturally fluctuate between states of health and illness. To prevent every injury or strain from developing into disease, the body relies on its own self-healing programme: the regeneration and renewal of its cells. The fuel for this process is a small molecule called ATP (adenosine triphosphate). It acts as the cell’s energy carrier and is both produced and consumed in large quantities every second by the cell’s numerous power stations — the mitochondria.

Alongside the maintenance of many bodily functions, this energy allows cells to restore the original function of damaged or weakened cells. If our cells have enough ATP, we are in optimal health. But this ideal state is rarely experienced today. The strains of modern life have become too great. More and more energy is needed to repair cell function — overburdening the mitochondria. The regenerative capacity of our cells decreases.

Whether this reduced regeneration shows up as osteoarthritis, rheumatism, or osteoporosis, modern cellular medicine recognises that a lack of energy in the cells is both a cause and a risk factor. The health of our mitochondria plays a major role not only in the development of illness, but also in how it progresses. If we can restore sufficient ATP levels in our cells, self-healing processes can be reactivated — and illness can be overcome.

To the active principle

Kleinsche Fields in science:

Kleinsche Fields have a particular effect on mitochondria

The role of mitochondria as the source of life within our cells is now well recognised. Accordingly, scientific interest in how to enhance their performance continues to grow. A leading expert in mitochondrial research, Prof. Dr Brigitte König, has shown that the magnetic field technology of Kleinsche Fields can significantly improve mitochondrial function — and with it, cellular efficiency.

Prof. Dr. König comments: »It is now well known in conventional medicine, and supported by high-ranking scientific publications, that malfunctioning mitochondria are responsible for numerous diseases. These include Alzheimer’s and Parkinson’s, as well as cardiovascular diseases, arteriosclerosis, circulatory disorders, diabetes mellitus, migraines, and more. So-called lifestyle diseases of modern society such as metabolic syndrome (including high blood pressure, obesity, altered blood lipid levels, and insulin resistance), polyneuropathy, sleep disorders and chronic pain are also linked to mitochondrial dysfunction. And because Kleinsche Fields positively influence mitochondrial function, they may also have a beneficial effect on all of these conditions.«

Legal notice: This interview refers to the results of the Kleinsche Fields pilot study¹. In order to be legally permitted to make general efficacy claims for each individual condition, further large-scale studies are required to provide the legally necessary evidence in each case. We are confident that in future we will be able to deliver these expanded study results impressively, in the very large scale required.

To the studies

Our advisory team of doctors and alternative practitioners will be happy to assist you.

Get in touch

The Areas of BioRelax Research

Muscular complaints

Back pain, tension, stiffness, intervertebral disc problems

Neuronal, neuro-degenerative diseases

Headaches, migraines, sleep disorders, Alzheimer’s, Parkinson’s, dementia, ALS, Huntington’s, migraines, neuropathy, polyneuropathy, epilepsy, multiple sclerosis

Circulatory disorders

High blood pressure, varicose veins, cold hands and feet, lymph congestion, erectile dysfunction, stroke, PAD intermittent claudication, tinnitus, thrombosis, Raynaud’s syndrome, pulmonary embolism

Respiratory diseases

Chronic bronchitis, COPD, asthma

Rheumatic diseases

Arthrosis, arthritis, fibromyalgia, gout

Foot diseases

Heel pain, heel spur, hallux valgus pain, swelling, general foot pain

BioRelax Mattress topper with Kleinsche Fields

Sleep the cells strong!

Kleinsche Fields – Masters of Regeneration

If you want to activate your self-healing processes, you need to sleep well. More than 90% of our regeneration takes place at night — but only if the conditions are right. Our cells must have enough energy for the necessary repair processes in order for the body to make the most of its many hours of sleep.

As nature intended, the body is capable of repairing itself every night — beginning with every single cell and extending to each organ. The BioRelax Mattress topper supports the cells’ energy metabolism and acts like a natural recharging station, helping the night once again become an active recovery phase. This allows the cells to „refuel“ with energy — every night.

The natural magnetic fields work entirely without electricity or batteries and produce no electrosmog, which could otherwise interfere with the cells’ healing process. The gentle mode of action, along with the simple and safe application of the BioRelax Mattress topper, is what makes it so effective and widely appreciated. Once placed in bed, it supports the body’s regeneration across a large area — night after night. This creates the ideal conditions for the body to repair and regenerate itself.

To the BioRelax Mattress topper

Our product recommendations for you

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Mattress topper

The most successful form of application, as the Kleinsche Fields effect reaches the entire body over a large area for many hours. Like a natural charging station for the body, the cells may "recharge" or generate more energy. Nighttime sleep is the most important time of regeneration for the body – whether for treating conditions or strengthening one's own health and performance. Sleeping on Kleinsche Fields is as simple as it is ingenious – the mattress topper does everything on its own. Every night. Without you having to think about anything. A new dimension of recovery and health prevention, with the goal of being fitter, more rested and more capable every day.

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Pad

The Pads stand for universal application on any conceivable part of the body. With their help, the aim is to act in a targeted way on local areas of the body. Even though they do not, like the mattress topper, reach the entire body systemically, their complementary effect may bring great benefits. Depending on the size of the area, several Pads can be used to choose the area of effect as broadly as desired for even better effect. That is why on some areas (e.g. back and legs) a larger number of Pads is recommended. BioRelax® Pads are also available in XL length. This makes treatment of corresponding body areas even more comfortable and effective.

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Insoles

The special everyday aid aimed at supporting circulation and cell supply. Due to insufficient circulation and cell supply, many people suffer from cold feet, pain, swelling and abnormal sensations. In addition, via the foot reflex zones, the insoles are intended to stimulate the nerves to the brain for better concentration and reaction ability as well as motor function (movement control). The insoles can help especially in older age for fall prevention or to promote performance in sport. Experience this innovation in any shoe model (including slippers) or, if needed, in a sock.

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Seat Cover

Ideal for people who spend a lot of time sitting – both during work and at home. The goal is to support circulation in the back muscles, in order to prevent tension and pain. In addition, Kleinsche Fields are intended to promote brain activity, for easier and deeper relaxation and more concentration. The simple use on chairs and various seating furniture follows the same principle as the mattress topper. Use the long time you spend sitting for your health!

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Dark-field microscopy vital blood analysis

Vital blood analysis confirmed

Kleinsche Fields can improve blood properties

Blood values can provide key insights into our overall health. Vital blood analysis — particularly dark-field microscopy — is well suited to detecting subtle blood changes, including viscosity, clotting tendencies, stagnation, heightened immune activity or inertia, inflammation, and uric acid levels.

As part of such a vital blood analysis, a recent observational study* produced the following findings:

„After six weeks of using the Klein Sleep Mat, there was a significant difference compared to the control group (21.59% vs. 6.02%). The average state of health improved (…) and this positive trend rose to 37% after 12 weeks of use in the verum group compared to the placebo group (…). This indicates a clear and statistically significant positive effect of the BioRelax sleeping mat on the blood health of participants.“

Participants using the Kleinsche Fields sleeping mat showed a 48.9% reduction in inflammatory markers after 12 weeks and a 57.9% improvement in the performance of oxygen-carrying red blood cells.

Based on these results, the organisers of the study issued a strong recommendation:

„Regular use of the sleeping mat with Kleinsche Fields magnetic field technology was shown to significantly improve the general condition of users — particularly in the prevention and treatment of microcirculatory disorders, chronic inflammation, metabolic imbalances, chronic pain, sleep disorders, and low energy states.“

To application monitoring

FAQ

Will complaints return if I stop using Kleinsche Fields?

If Kleinsche Fields were able to support regeneration or alleviate certain complaints, one possible cause may have been poor blood circulation or reduced cellular performance. If this support — such as the sleeping mat — is removed, either temporarily or permanently, it stands to reason that the original issues may return. As Kleinsche Fields cannot be “overdosed” and the energy generated during sleep cannot be stored in the body, we recommend regular, long-term use to help maintain a stable and healthy state.

Which BioRelax products are suitable for my complaints?

Most health concerns and conditions can be broadly classified as either whole-body or localised complaints. However, on closer inspection, many localised issues are also linked to broader body systems and therefore cannot be considered purely isolated problems. Whole-body complaints: If you are already familiar with Kleinsche Fields, you'll know that what matters is how much of the body’s surface area is exposed to the fields (effective area), and how long they can act on that area. For whole-body complaints such as those affecting the nervous system, sleep, or circulation, localised application is generally not sufficient. The BioRelax sleeping mat is ideal for these cases, as it delivers the benefits across the entire body for many hours during the night. Localised complaints: Is it sufficient to treat just one area of the body with Kleinsche Fields? This depends on the nature of the complaint. For systemic issues, a localised approach may not provide sufficient coverage or exposure time. We recommend following the “area and time” principle — the greater the area exposed to Kleinsche Fields and the longer the application, the more comprehensive the effect.

When can you expect to feel a change?

According to both studies and field reports, most users of Kleinsche Fields technology notice improvements anywhere between day 1 and four months. Every person is different — with unique starting conditions and varying factors such as age, diet, stress levels, physical activity, hydration, pollutant exposure, and environmental stressors. Based on several years of experience, we can generally say that: – Improvements in sleep quality typically occur within 2 to 6 weeks when using the BioRelax sleeping mat.

When can you start to notice changes?

In studies and field reports, most users of Kleinsche Fields report changes between day 1 and 4 months.As every person is different, both in terms of their initial health status and various factors such as age, diet, stress, exercise, amount drunk, exposure to pollutants, environmental influences, etc., this varies.Based on several years of experience... :- Changes in sleep quality (approx. 2 - 6 weeks) with a sleeping mat-Even if there are measurable positive changes in various health parameters in the body, the user may not notice any subjective changes. Therefore, the Kleinsche Fields effect should never be based purely on personal perception.At three decades old, Kleinsche Fields research is still a relatively young field of research by scientific standards.

*Meyer, Ralf und Rinne, Jörg: Pilotstudie Kleinsche Felder. Anwendungsbeobachtung zur BioRelax Kleinsche Felder Schlafmatte, Riedstadt, 2024

Reiter, Russel J., Tan, Dun Xian, Galano, Annia: Melatonin: exceeding expectations, Physiology (Bethesda) 2014, 29(5):235-33, DOI: 10.1152/physiol.00011.2014.
Xie, Lulu et al.: Sleep Drives Metabolite Clearance from the Adult Brain, Science 2013, Vol 342, Issue 6156, pp. 373-377, DOI: 10.1126/science.1241224.
Axelsson, John et al.: Sleepiness as motivation: a potential mechanism for how sleep deprivation affects behavior, Sleep 2020, Vol 43, Issue 6, DOI: 10.1093/sleep/zsz291.
Nissen, Christoph et al.: Sleep is more than rest for plasticity in the human cortex, Sleep 2021, Vol 44, Issue 3, DOI: 10.1093/sleep/zsaa216.
Spaeth, Andrea M., Dinges, David F., Goel, Namni: Effects of Experimental Sleep Restriction on Weight Gain, Caloric Intake, and Meal Timing in Healthy Adults, Sleep 2013, 1;36(7):981-990, DOI: 10.5665/sleep.2792.
Rihm, J. et.al.: Sleep Depreivation Selectively Upregulates an Amygdala-Hypothalamic Circuit Involved in Food Reward, The Journal of Neuroscience 2019, pp. 888 – 899.
Yu, Xiao et al.: A specific circuit in the midbrain detects stress and induces restorative sleep, Science 2022, Vol 377, Issue 6601, pp. 63-72, DOI: 10.1126/science.abn0853.
König, Brigitte: Einfluss von Klein`sche Felder Magnetstreifen auf Mitochondrienfunktionen. Voruntersuchung mit differenzierten THP-1-Zellen, Magdeburg, 2014.
König, Brigitte: Einfluss von Klein`sche Felder Magnetstreifen auf Mitochondrienfunktionen. Eine in-vitro Pilotstudie, Magdeburg, 2014.
König, Brigitte: Eine in-vivo/ex-vivo/in-vitro Pilotstudie–Beeinflussung von klinisch-chemischen Parametern und von Mitochondrienfunktionen peripherer Blutleukozyten (PBMC) durch Kleinsche Felder Magnetstreifen, Otto-von-Guericke-Universität Magdeburg, Germany, 2014.
Heisterkamp, Jonas: Beeinflussung der mitochondrialen Bioenergetik durch permanente polymorphe Magnetfelder, Otto-von-Guericke-Universität Magdeburg, Germany, 2017, (unveröffentlichte Bachelorarbeit).
Meyer, Ralf und Rinne, Jörg: Pilotstudie Kleinsche Felder. Anwendungsbeobachtung zur BioRelax Kleinsche Felder Schlafmatte, Riedstadt, 2024