Sandra Moore - Understanding the Healing Power of Pulsed Electromagnetic Field Therapy: Chronic Pain | Fibromyalgia | Arthritis | Multiple Sclerosis

UNDERSTANDING THE HEALING POWER OF

PULSED ELECTROMAGNETIC FIELD THERAPY

Chronic Pain, Fibromyalgia, Arthritis & Multiple Sclerosis

Sandra Moore

Copyright 2018, Simeon Rios.

All rights reserved . No part of this publication may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, without the prior written permission of the publisher, except in the case of brief quotations embodied in reviews and certain other noncommercial uses permitted by copyright law.

Disclaimer : The material contained in this book is provided for informational purposes only. Always consult your physician or health care provider before the use of any programs, advice, or information contained in this book. Using the information and advice in this book is at the sole discretion of the reader. The author and publisher are not liable for any damages resulting from use of any advice or information provided in this book.

The information in this book is not intended as medical advice and is not intended to treat or cure any medical conditions. The reader assumes full responsibility for any choices made based on the information in this book.

Introduction

W e not only need food , water, sunlight and air to live but also the natural magnetic signals of the earth. They are very important for the internal regulation of the body. The earths magnetic field has decreased over the last 400 years, but additionally, the earth signals are very distorted by our technological lifestyle. Electrical appliances, mobile phones, satellite signals, power grids, broadcast stations, asphalt, drainage pipes... all are responsible for that. Unfortunately, our immune system suffers!

The Body Battery Recharger

P ulsed electromagnetic field therapy (PEMF) technology is based on the geomagnetic field surrounding the earth. It extends from the Earth's interior well into the outer space.

S cientists believe the earth contains an outer crust, a mantle and a liquid core with a solid core at the very center.

T he geomagnetic field is generated by the Earth's core. The rotation motion of the iron alloys in the outer core creates this geomagnetic field that is between 25 and 65 micro Teslas. This creates the North and the South Poles that we use to navigate with a compass, but we're not alone in this method of navigation. Animals also use magneto conception for navigation.

The Arctic Tern for instance travels 71 thousand kilometers or forty four thousand miles round-trip from Iceland and Greenland to the Antarctic. Monarch Butterflies migrate from Canada to Mexico covering thousands of miles over generations. And certain Bats use magneto fields for orientation.

The human body is designed to use Earth's geomagnetic force at a cellular level.

T his fact was highlighted when extended space travel became possible. It was the return to the earth that really concludes scientists in. Astronauts returning to earth suffered from muscle atrophy and bone density loss, the bone density loss was dramatic. It was one-two percent that their bones decreased per month spending in space.

Astronauts were unable to walk when they first returned to the earth and they had to be carried from their landing craft. NASA and Roskam (the Russian equivalent) both conducted studies to determine the cause. The lack of the Earth's geomagnetic pole was determined to be a key factor, and PEMF or Pulsed Electromagnetic Field Therapy was found to be a solution. Ben Philipson the inventor of the Curatron developed a device to assist with bone density re-growth for astronauts.

This technology has now been made available by Curatron which I have personally used, and it can help with many medical issues. Here is the reason why the human body runs on electrical current. Without electricity our bodies cannot function. We measure life by measuring the electrical current running through the body, and heart activity is measured by ECG or EKG (electrocardiograph). The ECG or EKG measures the tiny electrical charges in the skin when the heart muscles depolarize during each heartbeat. If there's no electricity there's no heartbeat and we are no longer living beings.

Doctors and Paramedics will try to resuscitate a person with no heartbeat using a defibrillator (an electric stimulation shock). Well, the heart isn't the only part of the human body dependent on electricity. The human brain is a complex processor of electrical signals. The neurons inside the brain communicate through electrical signals, the nerves then send these signals throughout the body to the cells and the electrical signals are translated into actions.

Brain activity is measured by Electroencephalography (EEG). It measures the electrical brainwaves and if there are no brain waves the patient is pronounced to be brain-dead. Well, it isn't just the brain that runs on electricity either; each of the 100 trillion cells in the human body are powered by electrical energy. The cells are many engines powered by fuel from nutrients we digest, mixed with the oxygen from the air that we breathe and ignited by the electron stored in the cell batteries, all driving the metabolism process.

The cell batteries are called the mitochondria, they supply the electrons to ignite the metabolic processes without which cells simply cannot function. The mitochondria power generators generate something called adenosine triphosphate or ATP.

A TP is the battery that powers the cells. Without this ignition from the power generators, the cells will die.

Our bodies depend on electricity, and if enough cells died our organs cannot function and consequently our bodies will die. Once the ATP has been used or has used up all the power within its cells, the spent battery cell is called ADP or adenosine diphosphate. Though, ADP can be recharged and turned back into ATP batteries by the mitochondria using an infusion of energy that comes from the food we eat and from oxygen. In anaerobic state, with oxygen, the mitochondria can create up to 38 ATP's from every sugar molecule metabolized. However, in an anaerobic state (a state without oxygen), the mitochondria can still create ATP but only at a rate of two molecules or two ATP's / sugar molecule.