How Pure Copper Helps Lower Inflammation

Among the pure metals, copper is one of the few naturally occurring elements in our world. Due to its abundant availability as well as its flexible and malleable qualities, it was employed by ancient humans more than 10,000 years ago. Recent advances in technology have increased our understanding of copper characteristics. As of right now, copper is known to have a noteworthy electrical conductivity (59.6×106 S/m) and the second-highest thermal conductivity among pure metals.

Unlike iron, which interacts with water, copper reacts with air. Its original hue, which is reddish-brown rather than the normal metallic colours of gray or silver, changes to brown-black throughout this exposure as a result of copper oxidization. During that period, airborne hydroxide ions (OH-) and carbon dioxide (CO2) combine to form thin, blue-green layers, which change their appearance. Unlike iron, copper will never rust.

Copper's biostatic qualities have been made apparent by recent advances in technology. Its surface is inhospitable to bacteria and other diseases such as viruses or fungi. Because of this, copper is often used in hospitals to reduce infections on beds and other surfaces. Pure copper surfaces rapidly destroy bacteria, fungi, and viruses, a process known as contact killing. 

Copper is the first solid antibacterial substance that has been registered by the U.S. Environmental Protection Agency.

1. Hemoglobin (red blood cells) contains 70 percent of the body's iron. Copper converts iron to useable iron. Its deficiency can lead to anemia.

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2. The brain and nervous system are composed of nerve cells that communicate through neurotransmitters. Copper is necessary for the normal synthesis of neurotransmitters. It plays a crucial role in the production and maintenance of myelin, a protective sheath surrounding nerve cells that enables the transmission of electrical impulses. Copper-modulating therapies are currently advancing through clinical trials for Alzheimer's and Huntington's diseases and may also hold promise as disease-modifying agents in Parkinson's disease*.

3. The heart, bones, and other muscles have a certain proportion of collagen. Synthesis of this protein, which is found in connective tissues, occurs with the help of copper. A lack of copper can lead to heart and musculoskeletal diseases.

4. White blood cells can dramatically decrease in number in a case of copper deficiency, which can lead to a dangerous depression of the immune system.

5. Free radicals, as a toxic by-product of cellular energy production, are naturally neutralized by copper-containing enzymes. Non-neutralized free radicals can damage cells and develop into cancer.

1. Joint pain relief: Some people believe that copper has anti-inflammatory properties, and wearing a copper bangle can help alleviate symptoms of arthritis and joint pain. It is thought that copper is absorbed through the skin and may have a positive effect on the affected areas.

2. Improved circulation: Copper is believed to stimulate blood flow and enhance circulation. This is thought to promote overall well-being and potentially aid in the healing process.

3. Anti-microbial properties: Copper has been known for its antimicrobial properties, which means it may help in reducing the growth of microorganisms on the skin. This property is often cited as a reason for wearing copper jewelry.

Throughout history, copper has been highly valued for its versatility and practicality. It was used extensively in ancient Egypt, Mesopotamia, Greece, and Rome for making tools, weapons, jewelry, and architectural elements. Copper's excellent conductivity made it valuable for early electrical applications.

Different copper compounds were used in ancient Egypt to alleviate headaches, and epileptic seizures and speed up the healing of wounds. They were also used to disinfect water. Greek medicine adopted copper as its go-to antibacterial, while 

Roman medical texts suggested several copper compounds for a variety of inflammatory, neurological, and cutaneous conditions. Ancient Aztecs used copper as a rinse to alleviate the "heat of the throat," while ancient Indians and Persians utilized it to treat lung conditions. 

Copper was widely used in India to heal internal and skin conditions. A rule from ancient China forbade the use of paper money and required payments to be made with copper coins for cleanliness. 

Its corrosion resistance, malleability, and thermal conductivity make it a valuable material for a range of applications. Overall, the history of copper showcases its importance and enduring presence in human civilization, from its early discovery and use to its continued relevance in modern society.

According to Scientia Press, Australian scientists who researched the subject found data showing that copper worn in the form of copper bangles does permeate the skin and can have a positive impact on rheumatoid arthritis.

There are a couple reasons why copper bracelets may be beneficial:

Psychological (Power of Belief): believers are more likely to experience positive outcomes since the placebo effect explains the results. Walker and Keats discovered that prior wearers with rheumatic illnesses felt significantly less well when their copper bracelets were removed, in contrast to controls. This led to 14 members of the study refusing to remove their copper bracelets during the experiment. If a physiological effect of wearing copper bracelets is discovered, there may still be a psychological component to it. Both the general placebo (power of belief) effect and the unique activity of copper in the brain could contribute to a psychological influence. 

Physiological (Modern Technology): pure copper bracelets are a type of energy medicine due to the high electrical conductivity of copper and the electrochemistry of the bracelet-skin contact with the inclusion of magnets. This happens due to the bracelet's distinctive circular shape, which gives it a greater ability to produce electromagnetic effects. Because red blood cells are very sensitive to electromagnetic fields, the bracelet can stimulate them, boosting blood flow and triggering the immune system. According to Mayo Clinic research, "ionized" brass bracelets were no more successful than traditional non-ionized ones at relieving muscle and joint pain, with both working roughly 75% of the time.

Three Case studies:

1. A senior woman had a painful, long-lasting arthritis that was intolerant to all treatments; the disease had caused her fingers to become twisted and deformed. With no results, she wore a copper/zinc bracelet for eighteen days. Her discomfort subsided on day 19, and for the first time in years, she was able to move her fingers.
2. A forty-something-year-old female medical researcher mentioned that she frequently experienced hypoglycemia headaches in the late afternoon after skipping lunch or fasting at midday. But she said there was no indication of a headache while she wore a copper bracelet. The headaches came back when she stopped wearing it.
3. A 70-year-old male engineer who was partially retired and in good health stated that he had experienced tremors in his hands for 25 years. The tremor had been the same in his father. This engineer's condition was identified as familial tremor by a general practitioner, and it mostly happened when he moved his hands to do something. The tremor's amplitude increased with time. His hands would shake when he held a piece of paper, making it difficult for him to read. His hand would "go wild," jerking a full inch back and forth as he lifted a briefcase. Nevertheless, the tremor was not severe enough to interfere with his manual labour at work.  He judged that the tremor in his left hand was worse than in his right. The engineer started wearing a copper bracelet with two 1 mm-diameter "neodymium magnets" on the inside of each end on his left wrist for 24 hours a day out of curiosity and without any intention of curing his tremor. His wife said, "Your hands aren't shaking," a week later. Other than wearing the bracelet, he had no idea why this was happening. He said the tremor's amplitude had decreased by about 80%. 

Three things appear to be necessary to elicit this kind of response:

1. 1. A condition of insufficiency.
2. 2. The availability of copper, a vital nutrient.
3. 3. An energy source, in this example, is the surface electrochemical reaction of the skin with neodymium magnets.