Heavy Metals Are Affecting Your Body And Brain! How to detox them.

Summary

This video explores the impact of heavy metals on the body, especially how they interfere with biochemistry and enzymes. It delves into symptoms of toxicity, such as cognitive issues and skin problems, and offers insights into detoxification methods using natural substances like alpha-lipoic acid and activated charcoal. The video emphasizes the importance of understanding and addressing heavy metal accumulation in the body for better health, highlighting testing methods and practical solutions to aid detoxification. For more resources, viewers are encouraged to visit humancondition.com.

Takeaways

• 😀 Heavy metal toxicity, such as arsenic, cadmium, lead, and mercury, can cause severe neurological and bodily issues, often accumulating over time.
• 😀 Heavy metals interfere with enzymes, especially by blocking co-factors like magnesium, zinc, and copper, which are essential for proper biochemical function.
• 😀 Single nucleotide polymorphisms (Snips) may not explain all health issues if heavy metal toxicity is present, as it can block enzyme activity and disrupt normal biochemical cycles.
• 😀 Alphalipoic acid is a natural compound that helps remove heavy metals from cells and supports detoxification processes.
• 😀 The cell membrane plays a key role in detoxification, serving as the interface between the environment and the cell's internal machinery.
• 😀 Detoxifying from heavy metals should be gradual, particularly for sensitive individuals such as those with autism, to avoid overwhelming the body and redistributing toxins to more sensitive tissues.
• 😀 Activated charcoal and other natural binders, such as glucosamine sulfate, shilajit, and clays, help absorb and eliminate heavy metals from the body, particularly from the digestive system.
• 😀 Heavy metals can be reabsorbed in the digestive system, which is why it's important to prevent this reabsorption using binders or other strategies.
• 😀 Symptoms of heavy metal toxicity can include mood swings, memory loss, lack of concentration, skin rashes, and neurological issues such as vertigo and dizziness.
• 😀 Testing for heavy metals, including hair, urine, and stool tests, can help identify chronic exposure, and addressing detoxification needs may require targeted support for kidneys or gut clearance.

Q & A

What are the main heavy metals that can negatively affect the brain and body?

The main heavy metals that can affect the brain and body include arsenic, cadmium, lead, mercury, and aluminum. Other common metals like nickel can also contribute to toxicity, though they are less traditionally considered 'heavy metals.'

How do heavy metals affect the function of enzymes in the body?

Heavy metals block the function of enzymes, which are crucial for biochemical processes. Enzymes are supposed to bind and manipulate molecules to maintain normal metabolic functions, but heavy metals interfere with this mechanism, preventing enzymes from working properly.

What role do co-factors like magnesium and zinc play in enzyme activity?

Co-factors such as magnesium, calcium, zinc, and copper are vital for the proper functioning of enzymes. They help enzymes bind to molecules and facilitate chemical reactions. Without these minerals, enzymes cannot perform their functions effectively.

How does heavy metal toxicity affect the way B vitamins work in the body?

Heavy metal toxicity can disrupt the use of B vitamins in the body. While B vitamins might initially help, over time, heavy metals can deplete the necessary co-factors, like magnesium or lithium, that allow the vitamins to work. This leads to the failure of B vitamins despite their consumption.

What is the function of alpha-lipoic acid in detoxifying the body from heavy metals?

Alpha-lipoic acid helps cells expel heavy metals by facilitating their movement across the cell membrane. It acts as a detoxifying agent, drawing heavy metals out of cells and aiding in their removal from the body.

What is the primary way the body eliminates heavy metals once they are released from cells?

Once heavy metals are released from cells, they enter the extracellular fluid and are picked up by the lymphatic system. From there, they are carried through the bloodstream, filtered by the kidneys into urine, or eliminated via the stool.

Why is bile important in the elimination of heavy metals from the body?

Bile, produced by the liver and pancreas, is crucial for digesting fats and proteins. It also plays a role in eliminating heavy metals from the body. When heavy metals are released into the bile, they are excreted via the gallbladder. However, the body often reabsorbs bile, which can lead to the reabsorption of these metals. Proper detoxification aims to prevent this recycling process.

What are some natural binders that can help in the elimination of heavy metals?

Natural binders such as activated charcoal, glucosamine sulfate, shilajit, clays, and humic and fulvic acids can help absorb heavy metals and carry them out of the body. These substances provide large surface areas that attract and hold onto heavy metals, facilitating their removal.

Why is it important to be cautious when using aggressive detox methods, like intravenous chelation therapy?

Aggressive detox methods, like intravenous chelation therapy, can cause heavy metals to be redistributed in the body. Metals might be moved from less sensitive tissues, such as bones, to more vulnerable areas like the brain or spinal cord, potentially worsening the person's condition. Detox should be done carefully and under professional guidance.

What neurological symptoms are commonly associated with heavy metal toxicity?

Neurological symptoms of heavy metal toxicity can include memory loss, difficulty concentrating, mood swings, irritability, sleep disturbances, and changes in behavior. Some people may experience symptoms resembling bipolar disorder, though these may be caused by mercury poisoning. Other signs include dizziness, nausea, and uncoordinated movement.