Modern medicine already reads the body's electromagnetic fields every day — in every ECG, every EEG, every MRI scan. These technologies work because biological tissue constantly generates measurable electromagnetic signals. Bioresonance medicine asks: can we read more from those signals? And can we use specific frequencies to help the body heal?
This is not a new question. It has been pursued by physicians and researchers across Europe, Russia, Japan and the USA for over seventy years.
Why electromagnetic medicine makes sense
Every chemical reaction in the body generates an electrical signal. Every organ, every cell, every microorganism — including bacteria like Borrelia — produces its own characteristic pattern of these signals. Think of it as a biological fingerprint made of frequencies.
In a healthy body, these signals are in balance. When pathogens are present, their own electrical activity disrupts that balance — adding foreign frequency patterns into the body's signal field. The principle of bioresonance is that these disruptions can be detected, and that applying the right counter-frequencies can weaken or eliminate the source of disruption.
The ECG records the electrical activity of the heart. The EEG does the same for the brain. MRI works through electromagnetic resonance in tissue. These are routine hospital tools. Bioresonance simply takes the same principle — that the body speaks in electromagnetic signals — and asks whether more of that language can be read and used therapeutically.
In a study published in the Journal of Bodywork and Movement Therapies, 54 patients with fibromyalgia were treated with specific paired frequencies of microampere electrical current. Blood tests taken during treatment showed inflammatory markers — including IL-1, IL-6 and TNF-α — falling by a factor of 10 to 20 within a single 90-minute session. These are measurable laboratory values, not subjective impressions. The study provides direct evidence that specific applied frequencies produce specific, measurable biological effects in human tissue.
Where VEGA test comes from
Traditional Chinese Medicine mapped the body's energy pathways — meridians — thousands of years ago. What TCM described in terms of energy flow, modern measurement confirmed as pathways of measurably lower electrical resistance in the skin, with values that change depending on the state of the organs they connect to.
In the 1950s, German physician Dr. Reinhard Voll built on this with a systematic measurement method — Electroacupuncture according to Voll (EAV). He discovered that by introducing a frequency marker (the electromagnetic signature of a substance or pathogen) into the measurement circuit, the body's electrical response at skin points could indicate whether that substance or pathogen was relevant to the patient's condition. Voll published over 1,400 scientific works and his method is currently used by over 40,000 physicians in 34 countries.
In 1978, Voll's student Dr. Helmut Schimmel simplified the method. Instead of measuring hundreds of points, he showed that a single representative point — measured with the right technique and the right test substances — could give equivalent diagnostic information. He called this the VEGA Test (Vegetative Reflex Test). This is the system that forms the basis of what most bioresonance practitioners use today.
How VEGA test diagnostics work
This is the most important section for Lyme patients to understand — because VEGA test asks a completely different question from standard laboratory testing.
ELISA and Western blot detect antibodies — the immune system's recorded response to a past encounter with a pathogen. If the immune system was too suppressed to respond, or if the infection is hidden inside cells, the test can be negative even with active infection. It measures the immune response, not the pathogen itself.
A frequency marker — containing the electromagnetic signature of a specific pathogen — is introduced into the measurement circuit alongside the patient. The body's electrical response at a skin point indicates whether that signature resonates with what is present. It does not depend on antibody production. It does not depend on the immune system functioning normally. It is a completely different question.
The practitioner measures the electrical response at a biologically active point — typically on a finger. This establishes the baseline for that patient in that session.
An ampoule containing the frequency signature of a specific pathogen — for example Borrelia, Babesia, Bartonella, or Ehrlichia — is placed in the measurement circuit. The marker does not contact the patient directly. The patient's body is simply exposed to that frequency information.
If the marker resonates with a condition present in the body, the measurement changes — a drop in the reading that practitioners call the indicator drop. If there is no resonance, the reading stays stable. The body itself acts as the detector.
The practitioner works through a sequence of markers — different Borrelia strains, co-infections, organ stress states, toxin loads — to build a causal picture of what is present and how it relates to the patient's symptoms. This cause-and-effect chain is what distinguishes a skilled practitioner from someone who just runs through a standard panel.
The same resonance principle can be used to test which therapeutic approaches the body responds to positively — which frequency programs, which remedies, which protocols. This allows individually matched treatment selection before anything is applied.
Many patients with clinical Lyme disease test negative on standard serology. When that happens, conventional medicine often has nowhere further to go. VEGA diagnostics can provide useful information in exactly this situation — because it does not rely on the immune system having generated a measurable antibody response. For patients with the full complexity of tick-borne disease, including intracellular co-infections that standard tests rarely capture, this is the practical value.
How bioresonance therapy works
In conventional physiotherapy — ultrasound, laser, electrical stimulation — the therapeutic effect comes from the energy of the applied field. Bioresonance works differently. The applied electromagnetic signal is very weak. It does not act through energy. It acts as information — a trigger that activates the body's own regulatory systems. The body then responds using its own resources. This is why the correct frequency matters so much: a signal that carries no relevant information for that body simply produces no effect.
When frequencies matching a pathogen's signature are applied, the aim is to create conditions that disrupt the pathogen's metabolic function — while leaving healthy tissue, which operates at different frequencies, unaffected. This is the therapeutic equivalent of the diagnostic principle: targeting what resonates with the problem, not the whole system.
Some devices — the BICOM and MORA family — operate in a mode that reads the patient's own electromagnetic output, identifies patterns associated with illness, electronically inverts them, and returns the inverted signal to the body. The principle is similar to noise-cancelling headphones: the inverted signal cancels the disruptive oscillation, allowing the body's normal regulation to resume. Nothing external is introduced — only the body's own signals, transformed.
What devices are used
Bioresonance is not one device — it is a family of technologies that share the same underlying principle but differ in how they apply it.
These devices read the patient's own electromagnetic signals, separate them into healthy and pathological components, invert the pathological ones, and return them to the body. BICOM is the best-known brand (certified as a Class IIa medical device in the EU). MORA was the predecessor from which BICOM developed. Many other devices operate on the same principle under different names. The family is widely used in Germany, Austria, Switzerland, Poland, and Eastern Europe.
Baklayan is a German naturopath who has worked in Munich since 1985 developing frequency therapy protocols for chronic illness including Lyme disease. His Trikombin device combines three modes in one: endogenous bioresonance (reading and inverting the body's own signals), exogenous frequency therapy targeting specific pathogens by frequency, and a matrix discharge mode for clearing accumulated disharmonic patterns. He has developed specific Lyme and co-infection protocols across decades of clinical practice.
Based on the hypothesis that each pathogen has a specific frequency at which electromagnetic application disrupts it. Modern Rife devices generate programmable frequency sequences delivered through contact electrodes or plasma tubes. The quality of available devices varies enormously — from serious clinical instruments to consumer products of little value. No controlled clinical trials have validated Rife therapy, but it has a large and active patient community particularly within the Lyme disease world.
Why the practitioner matters more than the device
VEGA test measurement depends on the practitioner placing the electrode correctly, applying consistent pressure, and reading the response accurately. This is a manual skill — like palpation in conventional medicine. Two doctors examining the same patient can reach different conclusions, not because the method is invalid, but because skill varies. A poorly performed VEGA test produces unreliable results. In trained hands, the method is highly reproducible.
Building a useful diagnostic picture from bioresonance requires knowing which questions to ask — which pathogen markers to sequence, how co-infections interact, what organ stress patterns are typical of tick-borne illness versus something else. A general bioresonance practitioner without specific Lyme experience may produce results that are technically correct but diagnostically useless. The device presents data. The practitioner has to understand what it means.
The relevant question is not which device the clinic uses. It is whether the practitioner has documented, specific experience with Lyme disease and tick-borne co-infections. Many patients have left bioresonance sessions with generic, unhelpful results — not because the method failed, but because the person using it did not have the knowledge to apply it well. Ask directly about their experience with Borrelia, Bartonella, Babesia. The answer will tell you what you need to know.
Why this is not standard medical practice
Large-scale clinical trials for bioresonance diagnostics and therapy do not exist. This is a real limitation, and mainstream medicine's caution is understandable. But clinical research is mostly funded by organisations with a commercial interest in the outcome. Bioresonance devices cannot be patented like pharmaceuticals. There is no commercial incentive to fund the trials that academic medicine would require. The absence of evidence reflects the economics of research funding as much as it reflects the nature of the therapy.
In 1847, Hungarian physician Ignaz Semmelweis proved that doctors washing their hands before surgery reduced post-surgical mortality dramatically. The medical establishment did not accept him — they destroyed his career and eventually had him institutionalised. He died before his work was vindicated. "Not yet accepted by mainstream medicine" and "wrong" are not the same thing. Medical history shows repeatedly that correct ideas can face institutional resistance for reasons that have nothing to do with their validity. I am not claiming bioresonance is equivalent to hand hygiene. I am pointing out that the pattern is documented — and that holding some scepticism toward the sceptics is not unreasonable.
Other approaches in this section
Biomagnetic pair therapy uses a different principle — pairs of magnets placed on specific body points to alter local pH and create an environment where pathogens cannot function. Worth knowing about as a related approach.
Healing mentality checkpoint
The idea of a test that can "see" all your co-infections in one session is appealing — especially after years of negative results and dismissive doctors. The honest picture is that a skilled practitioner using this method can generate genuinely useful diagnostic information. An unskilled one can generate convincing-looking noise. The method does not remove the need for careful judgement about who you trust with it.
Read about healing mentality →Sources & further reading
- McMakin C.R., Gregory W.M., Phillips T. — Cytokine changes with microcurrent treatment of fibromyalgia, Journal of Bodywork and Movement Therapies (Elsevier), 2005
- Voll R. — electroacupuncture according to Voll (EAV), foundational publications, 1953–1979
- Schimmel H. — VEGA Test (Vegetative Reflex Test), Germany, 1978
- Baklayan A.E. — frequency therapy and Lyme disease protocols, Naturheilpraxis Baklayan, Munich (baklayan.de)
- World Health Organisation — recognition of Traditional Chinese Medicine as a scientific system, 2019
- Gurvich A.G. — mitogenetic radiation (biophotonic emission), 1923
- Kaznacheev V.P. et al. — electromagnetic intercellular communication, Soviet Union, 1970s
Last updated: March 2026