A. PLANTS :
Healthy plants are impossible without adequate intake of water and nutrients, and some studies show that magnetic exposure can improve the intake of these essential items.
Why do plants respond to magnets? Part of the explanation is about a magnet's ability to change molecules. This is an important feature when applied to highly saline water. The Earth's magnetic field also has a powerful influence on all life on the planet - a bit like the old gardening method of plants near the moon.
Experiments at primary school level are common when students study the effect of magnets on seeds or plants. The general consensus is that no observable benefits are noticed. If this is the case, why should the experiments exist? Earth's magnetic attraction is known to have an effect on living organisms and biological processes.
Evidence indicates that the earth's magnetic attraction affects seed germination by acting as an auxin or plant hormone. The magnetic field also helps plants such as tomatoes ripen. Much of the response of plants is due to the cryptochromes or blue light receptors that plants carry. Animals also have cryptochromes, which are activated by light and then sensitive to magnetic pull.
Studies on how magnets affect plant growth also show that magnetic treatment of seeds improves germination by accelerating the formation of proteins in the cells. Growth is faster and more robust.
Plants respond naturally to gravity and magnetic attraction, just like humans and animals. In fact, the effect of magnetism can alter mitochondria in cells and improve plant metabolism.
B. HUMANS
Water is the element that allows our entire organism to function. Our body consists of more than 70% water, making it the most important component of our body. A balanced water balance is very important for our entire organism. Water is indispensable for all our biological processes and plays an important role for the kidneys, heart, circulation and temperature regulation.
If we want to promote our well-being, it is important to drink enough good-quality water (at least 1½ to 2 litres a day). It is also wise to drink a glass of water before meals for about 15 minutes as this reduces the feeling of hunger. Do not drink too much during meals as saliva is an essential part of the digestive process. Drinking too much after a meal has the disadvantage of diluting stomach acid too much and thus may negatively affect the digestive process. Besides, saliva after meals has a cleansing effect of the oral cavity.
How do you get magnetised water and what exactly happens?
The Magnetic Stick/water stick or coaster is used to vitalise water and all other liquids, meaning that the vibrations of burdensome substances in drinking water are converted into natural vibrations that match the structure of water in our bodies. Rough sticky lime flakes are pulverised into small smooth spheres, which no longer adhere. Nutrients and oxygen are better supplied and waste products are better disposed of. The water becomes softer as surface tension is reduced. This restores the natural frequency in the water. The body can absorb this water easier and better. You can use this water for cooking, for coffee or tea and to cleanse yourself.
Animals also prefer magnetised water to normal water.
What does magnetised water do?
It improves moisture absorption, it is easy to drink and improves hydration.
It has a positive effect on harmful micro crystals such as salts of calcium, magnesium, silicon, etc.
It also improves the expulsion of any fluid accumulation.
It promotes fluid absorption, nourishes our organs and stimulates positive cell division, oxygenates the blood and balances body energy and prevents unnecessary fluid loss.
It is easy to absorb and for the body, magnetised water has a beneficial effect on the intestinal system and kidneys.
It also has a preventive effect on the deposits that can form in the veins, as it can loosen harmful substances and carry them away for disposal.
The magnetised water also maintains a healthy fluid balance and reduces the risk of calcification in the veins.
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