Bioresonance is an emerging technology that utilizes electromagnetism to diagnose and treat suboptimal health and illness. It is a broad field applied in a wide range of therapies. To understand the fundamental function of Bioresonance, we must turn to the basic principles of quantum physics and electromagnetism.

Quantum physics describes laws of energy at the quantum level (a “quanta or discrete particle can be a molecule, atom, nucleus, or microparticle). It deals with the ‘micro’ world and explains how everything works: the nature of particles that make up matter and the forces with which they interact. Electromagnetism (a branch of Physics) deals with the electromagnetic force (EMF) that occurs between electrically charged particles, and the magnetic fields created. All living organisms emit electromagnetic waves created by cellular interaction. The human body is an aggregate of numerous cells which develop, grow and regenerate (by splitting through a process called ‘mitosis’). This process of cell regeneration (mitosis), happens at a rate of 25 million cells per second; for blood cells 100 million per minute. The charged bodies of nucleus and extra nuclear electrons are moving and charging ceaselessly at high speed, emitting electromagnetic waves. Through bioresonance these waves are detected and analyzed according to basic ranges and health indicators (a spectral testing method as with hemanalyisis) to determine a persons current physical state.

Bioresonsnace waveform analysis also enables early detection for health issues that have yet to produce symptoms, making it both a curative and a preventative technology. It has been vetted by being correlated with conventional medical laboratory results, and other traditional diagnostics, and found 85-95% accurate. It is FDA approved, non-invasive (ie: no blood or radiation) and exceedingly less expensive.