Chelation Therapy HK
Detoxify Toxic Heavy Metal
Chelation Therapy
What is Chelation?
The word “Chelation” (pronounced “Key-LAY-shun”) comes from the Greek word “chele,” which means pincer-like claw, as found on a crab. First of all, Chelation therapy is a medical process that detoxifies toxic heavy metal from the body. It is done by intravenously injecting a chemical compound into the bloodstream.
Toxin Heavy Metal vs Chelation
Heavy Metal vs Chelation Therapy
Do we need Chelation Therapy in Hong Kong? Heavy metals are ubiquitous in our lives. For instance, lead from automobile exhaust diffuse into the atmosphere. Aluminum factories release polluted water into the sea. Ultimately, our body will absorb all those polluted heavy metals in the end.
Moreover, there is also the possibility of excessive heavy metals in our daily food consumption. For example, some feed for poultry contains lead, mercury, and chromium. In any case, Hong Kong cannot get off the hook from heavy metal pollution. We definitely need to raise the environmental protection standard against Heavy metal pollution. However, what can we do to remove the toxic heavy metals in the short term as an individual? Chelation therapy in Hong Kong? Whether Is it feasible to have chelation therapy HK?
Heavy metals enter the human body through various channels. As a consequence, they will interact with the proteins and enzymes in our body. Eventually, this causes the proteins and enzymes to lose their functionality. Thereby affecting the normal operation of body functions.
Studies in Heavy Metal
A joint study by British and American universities found that long-term exposure to heavy metals may increase stroke and heart disease risk. Surprisingly, even “low doses” can increase the risk of heart disease by 80%—the greater the exposure to heavy metals, the higher the risk of illness.
Columbia University and Cambridge University also analyzed data from 37 independent studies earlier, involving nearly 350,000 participants. As a result, they discovered natural compounds exposed to multiple levels of soil, water, air, and food, including arsenic, cadmium, lead, and mercury. Just as interesting, this can increase the global human risk of cardiovascular disease markedly to 30% to 80%. Surprisingly, it may be more severe than smoking.
According to a BMJ’s article^, exposure to arsenic, lead, cadmium, and copper is associated with an increased risk of cardiovascular disease and coronary heart disease.
Chelation is a medical detoxification treatment to extract heavy metals from our tissues and excrete them safely through urine.
^”Environmental Toxic Metal Pollutants and Risk of Cardiovascular Disease: Systematic review and meta-analysis.”
The symptoms of heavy metal poisoning vary according to which type of metal overexposure is involved. Some specific examples are:
Arsenic is used in pesticides and has industrial uses. Overexposure can cause headaches, drowsiness, confusion, seizures, and life-threatening complications. Neurological effects include brain damage, nerve disease, and demyelination. Skin problems include Mees’ lines and edema. Gastrointestinal symptoms are flu-like with vomiting, abdominal pain, and diarrhea. Other effects are hemolysis, anemia, and hypotension. Some have a garlic-like breath odor.
In chronic poisoning, weakness, muscle aches, chills, and fever develop 2-8 weeks after exposure. Skin/nail symptoms include hyperkeratosis, hyperpigmentation, Mees’ lines, and exfoliative dermatitis. Polyneuritis and mucous membrane inflammation also occur.
Acute inorganic arsenic poisoning causes severe burning of mouth/throat, abdominal pain, nausea, vomiting, diarrhea, hypotension, and muscle spasms. Severe cases can also have cardiomyopathy, renal tubular acidosis, hemolysis, arrhythmias, coma, seizures, intestinal hemorrhage, and jaundice.
Cadmium is used in electroplating, batteries, lamps, and some solders. Symptoms may start 2-4 hours after exposure. Overexposure can cause fatigue, headaches, nausea, vomiting, abdominal cramps, diarrhea, and fever.
Lung effects include emphysema, pulmonary edema, and dyspnea. Other symptoms include increased salivation, yellow teeth, tachycardia, anemia, cyanosis, and anosmia.
Kidney dysfunction is common, with proteinuria, minor liver changes, and softening of bones (osteomalacia).
The key features are the gastrointestinal, respiratory, and kidney/bone effects that can occur with cadmium poisoning.
Chromium is used in manufacturing car parts, glass, pottery, and linoleum. Overexposure can cause lung and respiratory tract cancer, as well as kidney disease.
Gastrointestinal symptoms include diarrhea and vomiting, sometimes with blood. This can lead to water-electrolyte disorders, acidosis, and shock.
Organ damage is also possible, including lesions on the kidneys, liver, and heart muscle (myocardium).
The key toxic effects of chromium are respiratory/lung cancer, kidney disease, and gastrointestinal distress that can progress to more severe metabolic and circulatory problems.
Cobalt, a metallic element used extensively in the production of jet engines and other industrial applications, can pose significant health risks when individuals are exposed to it. Exposure to cobalt, whether through inhalation, ingestion, or skin contact, has been shown to cause a variety of adverse effects. Those affected may experience nausea and vomiting, as well as a complete loss of appetite, known as anorexia. Additionally, ringing in the ears, referred to as tinnitus, can occur. Nerve damage is another potential consequence of cobalt poisoning. The respiratory system can also be impacted, leading to the development of respiratory diseases. An unusually large thyroid gland, or goiter, has been observed in some cases. Perhaps most alarmingly, cobalt exposure has been linked to damage to the heart and kidneys. Workers in industries that utilize cobalt, such as aerospace manufacturing, face the highest risk of exposure and are most vulnerable to these health complications. Prompt identification and appropriate treatment of cobalt poisoning is crucial to prevent or mitigate these potentially serious consequences.
Lead exposure is a risk for workers in industries like lead production, battery manufacturing, welding, and soldering if proper precautions aren’t taken. Lead accumulates in bones and can affect any organ system. Effects vary by age and exposure level.
In children, symptoms range from no noticeable effects to issues like decreased playfulness, clumsiness, irritability, lethargy, as well as headaches, vomiting, appetite loss, anemia, and neurological problems like impaired coordination, seizures, and brain damage. Severe cases can be life-threatening.
In adults, lead overexposure may cause high blood pressure, reproductive organ damage, and a variety of symptoms including fever, fatigue, vomiting, muscle weakness, nerve damage, and behavioral changes. Severe cases can also be life-threatening.
Lead is excreted in urine, feces, and other bodily fluids.
Manganese is used as a purifying agent in the production of several metals. Overexposure to manganese can lead to a variety of concerning symptoms, primarily involving damage to the central nervous system and the development of pneumonia.
Individuals affected by manganese poisoning may experience weakness and fatigue, as well as confusion and even hallucinations. Their manner of walking may become odd or awkward, with the development of muscle spasms, rigidity of the trunk, and stiffness and awkwardness in the limbs. Tremors of the hands are also commonly observed. Additionally, those with manganese poisoning may exhibit various psychiatric abnormalities.
The central nervous system effects of manganese toxicity can be quite severe, while the accompanying pneumonia further compounds the health risks for those who have been overexposed. Overall, manganese poisoning can have a profoundly negative impact on both the physical and mental wellbeing of affected individuals.
Mercury is used by dental and chemical workers, and can affect the lungs, kidneys, brain, and skin. Symptoms include fatigue, depression, irritability, headaches, and respiratory issues like coughing and fluid buildup in the lungs.
Neurological effects can include behavioral changes, confusion, impaired coordination, tremors, and seizures. Chronic exposure may lead to a “mad hatter syndrome” with memory loss, shyness, and insomnia.
Sensory problems like vision and hearing loss are common, as well as skin issues like swelling, inflammation, and sensitivity. Gastrointestinal and kidney problems can also occur.
Mercury is primarily excreted through urine and feces.
Exposure to phosphorus can lead to a range of concerning symptoms. Individuals may experience weakness, headaches, vomiting, sweating, and abdominal cramps. Salivation, wheezing from bronchial spasms, drooping eyelids, and constricted pupils are also common effects.
Muscular weakness and twitching are frequently observed, and in some cases, a progressive degeneration of the sensory and motor nerves (sensorimotor polyneuropathy) can occur, leading to nerve atrophy. Respiratory paralysis is a potentially life-threatening complication that may arise in severe cases of phosphorus poisoning.
Overall, phosphorus exposure can have a serious impact on multiple bodily systems, with symptoms ranging from gastrointestinal distress to neurological impairment. Prompt medical attention is crucial for anyone suspected of phosphorus poisoning.
Exposure to thallium can lead to a wide range of severe symptoms. Victims often experience extreme drowsiness, nausea, vomiting, abdominal pain, and even bloody vomiting.
More concerning effects can include rapid and widespread hair loss, a painful sensory polyneuropathy, motor neuropathy, cranial nerve palsies, seizures, coordination problems, and mental impairment.
Some individuals may also develop eye-related issues such as optic nerve atrophy, optic nerve inflammation, and impaired eye muscle function. In the most serious cases, thallium poisoning can progress to kidney failure, cardiac failure, confusion, psychosis, and even coma.
The neurological and sensory impacts of thallium exposure can be devastating. Immediate medical intervention is critical for anyone suspected of thallium poisoning, as the condition can quickly become life-threatening.
A variety of other metals can also cause poisoning and severe health effects. These include antimony, aluminum, barium, bismuth, copper, gold, iron, lithium, platinum, silver, tin, and zinc.
Exposure to these metals can lead to a range of concerning symptoms, such as gastrointestinal distress, kidney problems, and neurological issues like headaches, irritability, psychosis, stupor, coma, and seizures.
Specific effects of some of these metals include:
- Antimony: Potential to cause lung disease and skin cancer, especially in smokers.
- Copper: Can trigger a flu-like “metal fume disease” and blood abnormalities.
- Lithium: May damage the stomach, intestines, nervous system, and kidneys.
- Silver: Overexposure can cause gray discoloration of the skin, hair, and organs, as well as nausea, vomiting, and diarrhea.
- Zinc: Overexposure can lead to metal fume fever, gastrointestinal issues, and liver dysfunction.
- Bismuth: Extreme drowsiness, neurological disturbances like confusion, hallucinations, and coordination problems.
- Gold: Skin rashes, bone marrow suppression, gastrointestinal bleeding, headaches, vomiting, muscle twitching, and jaundice.
- Nickel: Increased lung cancer risk in some cases of overexposure.
- Selenium: Respiratory, gastrointestinal, and eye irritation, liver inflammation, hair loss, skin depigmentation, and nerve damage.
- Tin: Nervous system damage and psychomotor disturbances like tremors, seizures, and psychotic behavior.
- Aluminum: Potential to cause brain damage (encephalopathy).
Prompt medical attention is crucial for anyone suspected of overexposure to these or other toxic metals.
Chelating Agents
Few types of chelating agents were discovered as a chemical to draw heavy metals out from humans and animals. Normally, the main chelator molecule used in medical chelation therapy is ethylenediaminetetraacetic acid (EDTA)
EDTA (ethylenediaminmnetetraacetic acid) - Chelating Agent
EDTA is a prevalent and effective chelator used in treating heavy metals conditions such as lead and cadmium toxicity. Currently, EDTA is FDA-approved for the treatment of lead poisoning in adults and children. Also, EDTA can bind lead tightly and is more effective than other common chelators.
Some research discovered that there are some adverse effects of heavy metals on the cardiovascular system. Numbers of “atherosclerosis” and “coronary artery disease” patients who believed in alternative medicine would consider taking EDTA chelation therapy to help with their conditions. Moreover, edetate disodium has a high affinity for calcium within the body.
Besides, proponents believe chelation therapy might have benefits in scavenging the calcium present within fatty, atherosclerotic deposits. Generally, those who support the “theory and treatment” believe that EDTA can act as an agent to bind calcium deposits from plaques in the arteries. Therefore, it can help remove “calcium plaques” from the arteries; eventually, it may reduce the risk of related health issues.
Is Chelation Safe?
Chelation therapy has been practiced for the past 50 years. It can be generally considered as a safe procedure in toxic metal removal. However, people with pre-existing health conditions shall always consult with a healthcare professional before having Chelation. Children, pregnant women, and people who have severe kidney failure should not have chelation therapy at any dose. Moreover, It is also essential to monitor the renal function during the IV EDTA chelation treatment.
Furthermore, EDTA may remove vital minerals from the body along with the toxic metals. Hence, vitamins and minerals are added to the EDTA solution to help keep them at an optimal level in the body to maintain health. Moreover, administer of chelation therapy may also recommend an oral supplement to those who received EDTA chelation therapy.
FAQ - Chelation Therapy Hong Kong
FAQ
What is the cost of chelation in HK?
With regards to specific treatment schedule and pricing, please call our Chelation HK Centre at 2370 3001 for more information.
Is Chelation common in Hong Kong? When will it typically be used to treat patients?
Chelation therapy in Hong Kong is generally used for heavy metal detoxification within our bodies.
What is the theory behind chelation therapy?
According to the free radical theory, free radicals are one of the causes of chronic degenerative diseases, including cardiovascular disease and cancer, and toxic metals were regarded as the culprits that catalyzed the dramatic increase of free radicals. Therefore, using chelation therapy for removing toxic metals has become an area that can be explored for the prevention and treatment of chronic degenerative diseases
What is chelation therapy?
The word “Chelation” (pronounced “Key-LAY-shun”) comes from the Greek word “chele,” which means pincer-like claw, as found on a crab. First of all, Chelation therapy is a medical process that detoxifies toxic heavy metal from the body. It is done by intravenously injecting a chemical compound into the bloodstream.
Who should consider to consult doctor for chelation therapy
Professionals engaged in computer, aerospace, optical fiber, metal, battery, welding and other industries, or people engaged in breeding, agricultural production-related, paint, oil painting artists, oil paints, long-term medication (Chinese and Western medicine), etc., or people who often consume Seafood, such as fish and oysters, or people who have recently suffered from hair loss, fatigue, depression, depression or memory loss.