Electromagnetic Mouthguard Research
How Do Magnets Work?
A magnetic field is the environment around a magnet in which magnetic forces act. Magnetic field lines represent the area around a magnet: magnetic field lines flow from the north pole to the south pole.
To understand how magnets work within the body, it helps to understand some basic anatomy and physiology. This helps to understand exactly how magnets affect the body. Your blood is a living tissue that circulates around your whole body via a network of arteries, veins and capillaries, it carries nutrients, oxygen, hormones, antibodies, heat, electrolytes and vitamins to the body’s tissues. Blood contains red blood cells, white blood cells, platelets, plasma, electrolytes, hormones, minerals and iron.
Blood flows around the body in arteries, veins and capillaries. The blood is transported from the heart to the lungs where it picks up oxygen and then transports it to all the organs and tissues. Every part of the body depends on blood to provide the necessary oxygen and nutrients it needs to survive.
How Do Magnetic Fields Affect Blood Flow?
Magnets are composed of metal alloys such as iron, nickel or cobalt. They will attract many different types of metallic particles. The blood contains iron and when therapeutic magnets are placed on the skin the magnetic field penetrates through the skin and into the surrounding tissues and blood stream. The iron in the blood is attracted to the magnetic field, this causes movement within the blood stream and the increased activity causes the blood flow to improve.
The increase in blood flow is localized to the area where the magnets are placed, unless the magnets are placed directly over a major artery such as the radial artery (the wrist pulse point) or the carotid artery (the pulse point in the neck). When magnets are placed over a major artery, there is a much larger perfusion of blood flow so the magnetic field is carried further around the body.
How Do Magnetic Fields Affect Cells?
All cells in the body share common components, regardless of their type. One of the common constituents of all cells are ions. Ions are positively and negatively charged particles that conduct electromagnetic pulses from within the cell. The electromagnetic pulses allow the cell to function. Without ions, a cell can not live. (nor could we!)
In a normal healthy cell, the ions are distributed around the cell with all of the positive ions on one side and the negative ions on the opposing side. The ions which live outside of the cell in the tissues will align with those inside of the cell so that opposing poles are together with the cell membrane between them (see diagram of healthy cell below). This allows fluid, oxygen and nutrients (fluid exchange) to move freely in and out of the cell, while maintaining the natural balance within the cell (homeostasis).
In a diseased (injured) cell, the positive and negative ions do not stay on opposing sides of the cell. They are disrupted and scatter randomly around the cell. At the same time the ions on the outside of the cell membrane also become scattered as they try to find their opposing pole, this results in cellular imbalance. Extra fluid from the tissues outside the cell is able to penetrate the cell which in turn pushes vital nutrients, hormones and electrolites (salts) out of the cell. The cell’s ability to function is greatly reduced and cellular degeneration begins, which if not corrected will lead to the cell dying.
What Effects Do Magnets Have On The Body?
All things resonate at different frequencies. Different organs in the body also oscillate at different frequencies. By varying electrical inputs, magnetic fields can oscillate at different cycles per second. All body tissues also oscillate at different frequencies. These frequencies are altered by disease.
When you magnetize the blood, you get increase oxygen uptake to the cells and hence more energy. The cell membrane is a protective shield for the cell. It is an amplifier that resonates. It has an effect on enzymes. An ionic pump governs the flow of ions in and out of the cells. Mitochondria energize the cell by making ATP. Calcium, potassium and sodium are key to these interactions.
Magnets increase the blood flow in tiny capillaries by 300% in 5 minutes. They relax muscles and connective tissues. Lactic acid and toxins are flushed away. Oxygen and nutrients are sent to cells. There is increase fluid exchange. An invisible motion of ions are entering and leaving cells. Each cell is energized by an increase production of ATP. Positive charged ions (Na, Ca, D, MG) all compete to hookup with negative charged chlorine and phosphates. The injured areas are alkalinized and acidic conditions are neutralized. All of the above reactions occur also with acupuncture only to a greater degree. Acupuncture is like a shovel with magnets like a teaspoon.
A magnetic field is the environment around a magnet in which magnetic forces act. Magnetic field lines represent the area around a magnet: magnetic field lines flow from the north pole to the south pole.
To understand how magnets work within the body, it helps to understand some basic anatomy and physiology. This helps to understand exactly how magnets affect the body. Your blood is a living tissue that circulates around your whole body via a network of arteries, veins and capillaries, it carries nutrients, oxygen, hormones, antibodies, heat, electrolytes and vitamins to the body’s tissues. Blood contains red blood cells, white blood cells, platelets, plasma, electrolytes, hormones, minerals and iron.
Blood flows around the body in arteries, veins and capillaries. The blood is transported from the heart to the lungs where it picks up oxygen and then transports it to all the organs and tissues. Every part of the body depends on blood to provide the necessary oxygen and nutrients it needs to survive.
How Do Magnetic Fields Affect Blood Flow?
Magnets are composed of metal alloys such as iron, nickel or cobalt. They will attract many different types of metallic particles. The blood contains iron and when therapeutic magnets are placed on the skin the magnetic field penetrates through the skin and into the surrounding tissues and blood stream. The iron in the blood is attracted to the magnetic field, this causes movement within the blood stream and the increased activity causes the blood flow to improve.
The increase in blood flow is localized to the area where the magnets are placed, unless the magnets are placed directly over a major artery such as the radial artery (the wrist pulse point) or the carotid artery (the pulse point in the neck). When magnets are placed over a major artery, there is a much larger perfusion of blood flow so the magnetic field is carried further around the body.
How Do Magnetic Fields Affect Cells?
All cells in the body share common components, regardless of their type. One of the common constituents of all cells are ions. Ions are positively and negatively charged particles that conduct electromagnetic pulses from within the cell. The electromagnetic pulses allow the cell to function. Without ions, a cell can not live. (nor could we!)
In a normal healthy cell, the ions are distributed around the cell with all of the positive ions on one side and the negative ions on the opposing side. The ions which live outside of the cell in the tissues will align with those inside of the cell so that opposing poles are together with the cell membrane between them (see diagram of healthy cell below). This allows fluid, oxygen and nutrients (fluid exchange) to move freely in and out of the cell, while maintaining the natural balance within the cell (homeostasis).
In a diseased (injured) cell, the positive and negative ions do not stay on opposing sides of the cell. They are disrupted and scatter randomly around the cell. At the same time the ions on the outside of the cell membrane also become scattered as they try to find their opposing pole, this results in cellular imbalance. Extra fluid from the tissues outside the cell is able to penetrate the cell which in turn pushes vital nutrients, hormones and electrolites (salts) out of the cell. The cell’s ability to function is greatly reduced and cellular degeneration begins, which if not corrected will lead to the cell dying.
What Effects Do Magnets Have On The Body?
All things resonate at different frequencies. Different organs in the body also oscillate at different frequencies. By varying electrical inputs, magnetic fields can oscillate at different cycles per second. All body tissues also oscillate at different frequencies. These frequencies are altered by disease.
When you magnetize the blood, you get increase oxygen uptake to the cells and hence more energy. The cell membrane is a protective shield for the cell. It is an amplifier that resonates. It has an effect on enzymes. An ionic pump governs the flow of ions in and out of the cells. Mitochondria energize the cell by making ATP. Calcium, potassium and sodium are key to these interactions.
Magnets increase the blood flow in tiny capillaries by 300% in 5 minutes. They relax muscles and connective tissues. Lactic acid and toxins are flushed away. Oxygen and nutrients are sent to cells. There is increase fluid exchange. An invisible motion of ions are entering and leaving cells. Each cell is energized by an increase production of ATP. Positive charged ions (Na, Ca, D, MG) all compete to hookup with negative charged chlorine and phosphates. The injured areas are alkalinized and acidic conditions are neutralized. All of the above reactions occur also with acupuncture only to a greater degree. Acupuncture is like a shovel with magnets like a teaspoon.