Bioresonance can seem complicated when you first come across it. Terms such as frequency, resonance, electromagnetic signals, MORA therapy, electrodes, oscillations and bioelectromagnetism are often used when discussing bioresonance devices and complementary therapy.
This bioresonance glossary explains some of the most commonly used terms in simple, everyday English.
Whether you are researching bioresonance for the first time, preparing for a session, or simply want to understand what practitioners mean when they use technical terminology, this guide provides a straightforward introduction.
Important: Bioresonance is generally discussed as a complementary approach. The terminology used by practitioners does not necessarily mean that a particular mechanism or health claim has been scientifically established. Bioresonance should not replace appropriate medical diagnosis or treatment.
What Is Bioresonance?
Bioresonance is a term used for a group of complementary approaches involving the idea that biological systems can be associated with electrical or electromagnetic signals.
The modern history of classical bioresonance is particularly associated with MORA therapy, developed in Germany in the 1970s by physician Franz Morell and electrical engineer Erich Rasche. Bioresonance therapy is also recognized as a complementary-medicine term in the U.S. National Library of Medicine’s MeSH database.
Different manufacturers and practitioners can use the term “bioresonance” in different ways. Therefore, it is useful to understand the terminology rather than assuming that every bioresonance device works in exactly the same way.
Bioresonance Glossary
1. Bioresonance
Bioresonance refers to complementary methods based on the proposed interaction between biological systems and electrical or electromagnetic signals.
In simple terms, practitioners who use bioresonance generally describe the body as producing or responding to certain signals and frequencies.
The exact technology and method can vary between devices.
2. Resonance
Resonance is a physics term describing a situation where a system responds strongly to a particular frequency.
A simple everyday example is a tuning fork. When another tuning fork with the same natural frequency is activated nearby, it may begin to vibrate.
Bioresonance practitioners use the concept of resonance as part of their explanation of how certain devices are intended to interact with biological signals.
3. Frequency
Frequency describes how many times a repeating event occurs within a period of time.
It is commonly measured in Hertz (Hz).
For example:
- 1 Hz = one cycle per second
- 10 Hz = ten cycles per second
- 1,000 Hz = one thousand cycles per second
Frequency is one of the most frequently mentioned terms when discussing bioresonance devices.
4. Hertz (Hz)
Hertz (Hz) is the standard unit used to measure frequency.
If a signal completes 100 cycles every second, its frequency is 100 Hz.
You may see values expressed in Hz, kHz (kilohertz), MHz (megahertz) or other units depending on the type of technology being discussed.
5. Electromagnetic Signal
An electromagnetic signal is a signal associated with electric and magnetic fields.
Electromagnetic phenomena are used throughout modern technology, including radio communications, telecommunications, medical equipment and electronics.
In bioresonance discussions, electromagnetic signals are often described as part of the proposed interaction between a device and the body.
6. Electromagnetic Field
An electromagnetic field is a physical field associated with electric charges and moving charges.
Electromagnetic fields are a normal part of the physical world and are used in many established technologies.
In bioresonance literature, electromagnetic fields are often discussed in relation to biological systems and proposed therapeutic mechanisms.
7. Oscillation
An oscillation is a repeated movement or change around a particular point.
For example, a pendulum moving backwards and forwards is oscillating.
The word is frequently used in bioresonance discussions to describe repeating electrical or electromagnetic signals.
8. Waveform
A waveform is the shape or pattern of a signal over time.
Two signals can have the same general frequency but different waveforms.
In technical discussions about bioresonance equipment, waveform can therefore be an important term when describing how a particular signal is generated or processed.
9. MORA Therapy
MORA therapy is a historical form of classical bioresonance associated with Franz Morell and Erich Rasche.
The name MORA comes from Morell + Rasche.
The MORA approach developed in Germany during the 1970s and became an important part of the history of bioresonance.
MORA is particularly important when studying the origins of modern bioresonance terminology.
10. Franz Morell
Franz Morell was a German physician associated with the development of classical MORA bioresonance.
His work and collaboration with Erich Rasche helped establish the original MORA approach during the 1970s.
Morell’s name is therefore closely connected with the early history of bioresonance.
11. Erich Rasche
Erich Rasche was an electrical engineer and collaborator of Franz Morell.
His engineering background was important in translating the concepts being explored by Morell into electronic equipment.
Together, Morell and Rasche became closely associated with the development of MORA therapy.
12. MORA Device
A MORA device refers to equipment associated with the MORA bioresonance approach.
The original concept involved receiving and processing signals and then using the equipment to return or work with those signals according to the MORA method.
Modern devices may be considerably different from the original equipment because electronics and computer technology have developed significantly since the 1970s.
13. Electrodes
Electrodes are conductive components that can make electrical contact with a surface.
In some bioresonance systems, electrodes or hand-held contact devices are used as part of the interface between the person and the equipment.
The exact design and purpose of electrodes varies between devices.
14. Bioelectromagnetism
Bioelectromagnetism is the study of electrical and electromagnetic phenomena associated with living organisms.
It is a broader scientific field than bioresonance therapy.
The existence of electrical activity in living organisms is well established. However, that does not automatically establish every proposed therapeutic claim made about bioresonance devices.
Keeping these concepts separate is important when reading information about the subject.
15. Biophysical
Biophysical means relating to the physical processes of living organisms.
The word combines biology and physics.
Bioresonance is sometimes described by practitioners as a biophysical approach, referring to proposed interactions between physical signals and biological systems.
16. Frequency Therapy
Frequency therapy is a broad term used for approaches that involve specific frequencies or frequency-based signals.
It is important to understand that this is a broad category and does not describe one standardized treatment.
Different devices and practitioners may use the term in different ways.
17. Signal Processing
Signal processing means analyzing, modifying or transforming signals.
Modern electronics use signal processing in many areas, including telecommunications, audio, imaging and measurement equipment.
When discussing modern bioresonance devices, signal processing can refer to the electronic or software-based handling of signals.
18. Digital Bioresonance
Digital bioresonance generally refers to bioresonance systems that incorporate digital electronics or computer-based processing.
Compared with older analogue equipment, digital technology can provide more sophisticated interfaces, software controls and methods of processing electronic signals.
However, the word “digital” by itself does not prove that a particular therapeutic claim is clinically effective.
19. Analogue Bioresonance
Analogue bioresonance refers broadly to earlier systems that relied more heavily on analogue electronic components and signal processing.
Many early electronic systems were analogue because digital computing technology was much less developed than it is today.
The historical MORA systems belong to the earlier era of bioresonance technology.
20. Biofield
Biofield is a term used in some complementary and alternative medicine literature to describe proposed fields or patterns associated with living organisms.
The term can have different meanings depending on the context.
It should not automatically be treated as synonymous with established concepts such as electromagnetic fields.
Common Bioresonance Terms at a Glance
| Term | Plain-English Meaning |
|---|---|
| Bioresonance | A complementary approach involving proposed biological signals and frequencies |
| Resonance | A strong response to a matching frequency |
| Frequency | How often a repeating cycle occurs |
| Hertz (Hz) | Unit used to measure frequency |
| Electromagnetic signal | A signal associated with electric and magnetic fields |
| Electromagnetic field | A physical field associated with electric charges and magnetic effects |
| Oscillation | A repeated movement or variation |
| Waveform | The shape or pattern of a signal |
| MORA therapy | Classical bioresonance associated with Morell and Rasche |
| MORA device | Equipment associated with the MORA approach |
| Electrode | A conductive contact used by some electronic systems |
| Bioelectromagnetism | Study of electrical and electromagnetic phenomena in living systems |
| Biophysical | Relating to physical processes in living organisms |
| Signal processing | Analyzing or modifying electronic signals |
| Digital bioresonance | Bioresonance equipment using digital technology |
| Analogue bioresonance | Earlier systems using analogue electronics |
| Biofield | A term used in some complementary-health literature |
Why Understanding Bioresonance Terms Matters
Bioresonance information can sometimes become confusing because technical terminology is mixed with health-related language.
For example, a device may mention frequencies, resonance, electromagnetic signals and waveforms. These are real scientific and engineering terms, but their use in a bioresonance context does not automatically validate every explanation or health claim associated with them.
Understanding the basic terminology allows readers to ask better questions.
It also makes it easier to distinguish between:
- A technical description of how equipment operates
- A practitioner’s proposed explanation
- A historical description of bioresonance
- A scientifically established medical fact
- A claim that still requires further research
This distinction is particularly important when researching complementary therapies online.
Is Bioresonance Scientifically Proven?
The answer depends on the specific claim being made.
Bioresonance is recognized as a complementary-medicine concept, but the evidence for particular diagnostic or therapeutic applications varies. Some research has investigated related biofield and electromagnetic approaches, while reviews have also highlighted the need for stronger and better-controlled research.
Therefore, it is more accurate to describe bioresonance as a complementary approach rather than presenting it as a replacement for established medical diagnosis or treatment.
Anyone with a medical concern should seek advice from an appropriately qualified healthcare professional.
Frequently Asked Questions About Bioresonance
What does bioresonance mean?
Bioresonance is a term used for complementary approaches involving proposed interactions between biological systems and electrical or electromagnetic signals.
What is resonance in simple English?
Resonance means a system responds particularly strongly when exposed to a frequency that matches one of its natural frequencies.
What does MORA stand for?
MORA is derived from the names Morell and Rasche, associated with the development of classical MORA bioresonance.
What is a bioresonance frequency?
A bioresonance frequency generally refers to a frequency used or discussed within a particular bioresonance system. The meaning can vary depending on the device and method.
Are all bioresonance machines the same?
No. Different manufacturers can use different hardware, software and approaches. The term “bioresonance” covers a range of systems rather than one universally standardized device.
Is bioresonance the same as electromagnetic therapy?
Not necessarily. These terms can refer to different technologies and approaches, so the specific device and method should always be considered.
Is bioresonance a replacement for medical treatment?
No. Bioresonance should not be used as a substitute for appropriate medical diagnosis, prescribed treatment or professional healthcare advice.
Conclusion
The world of bioresonance contains many technical terms that can initially seem difficult to understand. Frequency, resonance, waveform, oscillation, electromagnetic signals, electrodes and signal processing are just some of the words commonly encountered when researching the subject.
The history of modern bioresonance is particularly connected with MORA therapy, Franz Morell and Erich Rasche, while today’s systems may incorporate considerably more advanced electronic and digital technology.
The best way to understand bioresonance is to separate the terminology from the claims made about it. A technical term can describe a real physical concept without automatically proving a particular therapeutic application.
Hopefully, this glossary makes the language surrounding bioresonance easier to understand and gives readers a useful starting point for further research.