Safe
Cost effective
Easy to use
Clinical Benefits Being Researched:
1. Pain reduction abilities.
2. Healing capabilities to bone, tissue, muscles, and nerves.
3. Chronic disease prevention and reversal.
4. Antibiotic properties to which microorganisms can not build a tolerance.
5. Effects of more available oxygen and thus more energy.
6. Acumagnetic stimulation and balancing abilities.
7. Stimulation to excite or inhibit neurons.
8. Sleep promotion.
9. Athletic enhancement due to reduction in lactic acid buildup. (balancing pH)
10. Processing toxins.
11. Stress reduction from electromagnetic pollution.
The art and science of application and removal of magnetic fields for therapeutic benefit.
La Terapia Magnética.
A partir de los métodos de diagnostico que ofrece la Kinesiología, Dr. Goiz comenzó a trabajar sobre los efectos de los imanes en el pH y en octubre de 1988 trabajando con un enfermo de sida (aids) daría con un sorprendente descubrimiento: que en un cuerpo había dos puntos concretos que se caracterizaban por tener distinta polaridad. Uno ubicado en la parte media del esternón y otro en la parte distal del coxis. A esos dos puntos uno de polaridad positiva, el otro de polaridad negativa los denominarían “par timo-recto” y desde entonces identifica al Síndrome de Inmunodeficiencia Adquirida (SIDA) (AIDS).
Ref: Dr. Isaac Goiz, Seminario sobre Biomagnetismo, 2006, Chile.
Ref: Dr. Isaac Goiz, Seminario sobre Biomagnetismo, 2006, Chile.
Pulsed Gradient Magnetic Fields
Another component of the MR environment is a pulsed gradient magnetic field that is used for signal localization. When this gradient magnetic field is applied, the magnetic field intensity changes rapidly, giving rise to a time-varying magnetic field. During the rise time of the magnetic field, a voltage is induced in an electrical conductor, even when it is stationary in the field. However, in most MRI systems, the currents induced by the pulsed magnetic gradient field are about 1,000 times smaller than those induced by the pulsed RF component and are therefore not of great concern with regard to thermal injuries.1 Major concerns with the pulsed gradient fields are biological effects including electrical nerve stimulation and the generation of light flashes (magnetophosphenes) that may result from a slight torque exerted on the retinal cones.
Current FDA guidance limits the Time Rate of Change of Magnetic Field (dB/dt) to levels which do not result in painful peripheral nerve stimulation.
Ref.¨A Primer on Medical Device Interactions with Magnetic Resonance Imaging Systems¨, Food and Drug Administration, Feb. 27, 1997.
Current FDA guidance limits the Time Rate of Change of Magnetic Field (dB/dt) to levels which do not result in painful peripheral nerve stimulation.
Ref.¨A Primer on Medical Device Interactions with Magnetic Resonance Imaging Systems¨, Food and Drug Administration, Feb. 27, 1997.
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