Fact Check: It's a combination of Mercury and glyphosate. Everybody who attacked and told me I was wrong all these years, I welcome to start forming a line behind me so that they can kiss my butt. I conducted environmental testing on one of the victim's childhood homes and new homes a few years ago, and I knew this was the case. That's the good news. The better news is that everyone affected can start taking zinc supplementation along with copper to ensure they do not block copper, as copper and zinc compete. Selenium will also initiate a process of healing. There will be more to it, but it will certainly begin the process. Zinc protects various organs from glyphosate, as shown in several clinical studies, while copper and selenium chelates, also known as binding agents, attach to heavy metals, particularly mercury, to facilitate their removal from the body through natural ionic bonds. I hope every person suffering reads this.

Claim Analysis: Mercury, Glyphosate, and Supplementation

1. Introduction

The claim in question suggests a connection between mercury and glyphosate exposure, proposing that individuals affected by these substances can benefit from zinc, copper, and selenium supplementation. The individual making this claim asserts that they conducted environmental testing that supports their assertions and invites critics to reconsider their stance. This claim raises several questions regarding the validity of the proposed treatments and the scientific basis behind the assertions.

2. What We Know

Glyphosate and Heavy Metals

Glyphosate is the active ingredient in many herbicides and is widely used in agriculture. Research indicates that glyphosate can act as a chelating agent, potentially affecting the bioavailability of metals in the environment 1.

Mercury is a well-known environmental pollutant, and its toxicity is documented in various studies. The relationship between mercury exposure and health effects, including carcinogenicity, remains controversial, with some studies indicating potential DNA damage from mercury 2.

Role of Zinc, Copper, and Selenium

Zinc and copper are essential trace elements that play critical roles in human health. Zinc is known to support immune function and has been studied for its protective effects against various toxins, including some pesticides 3. Copper is also essential but can be toxic in excess 4.

Selenium has been studied for its potential protective effects against mercury toxicity. Some research suggests that selenium can mitigate the harmful effects of mercury, but the effectiveness can depend on the selenium-to-mercury ratio in the body 8.

3. Analysis

Evaluation of Claims

The claim that zinc, copper, and selenium can facilitate the removal of mercury and protect against glyphosate toxicity is not universally accepted in the scientific community. While there is some evidence supporting the protective role of these elements, the mechanisms and effectiveness can vary significantly based on individual health, exposure levels, and the specific forms of these elements used.

1. Source Reliability: The sources cited in the available literature range from peer-reviewed journals to government publications, which generally lend credibility. However, the interpretation of these studies can be complex and context-dependent. For instance, while one study discusses the chelating properties of glyphosate 1, it does not directly support the claim that supplementation can effectively counteract its effects.

2. Conflicts of Interest: It is essential to consider whether the authors of the studies have potential conflicts of interest. Many studies in the field of environmental health are funded by governmental or non-profit organizations, which may have less bias than those funded by industries that could benefit from specific outcomes.

3. Methodological Concerns: The claim lacks specific details regarding the environmental testing purportedly conducted. Without transparency about the methodology, sample sizes, and controls used in the testing, it is difficult to assess the validity of the findings.

4. Contradicting Evidence: While some studies suggest that selenium can have protective effects against mercury 8, others indicate that the relationship is not straightforward, and excessive selenium can also be harmful 4. Additionally, the assertion that zinc protects organs from glyphosate lacks robust clinical evidence, as most studies focus on broader health impacts rather than specific organ protection.

Additional Information Needed

To further evaluate the claim, additional information would be helpful, including:

• Detailed results from the environmental testing mentioned.
• Specific clinical studies that directly link zinc, copper, and selenium supplementation to improved outcomes in individuals exposed to mercury and glyphosate.
• Evidence of the effectiveness of these supplements in real-world scenarios, particularly in populations with documented exposure.

4. Conclusion

Verdict: Unverified

The claim that zinc, copper, and selenium supplementation can effectively mitigate the effects of mercury and glyphosate exposure remains unverified. While there is some scientific literature indicating potential protective roles for these elements, the evidence is not conclusive. The mechanisms by which these supplements may work are complex and can vary significantly among individuals based on health status and exposure levels.

Moreover, the lack of specific details regarding the environmental testing conducted by the claim's proponent raises questions about the validity of the findings. The existing studies do not provide a direct link between supplementation and improved health outcomes in the context of mercury and glyphosate exposure.

It is important to acknowledge the limitations of the available evidence, including potential biases in study funding and the need for more rigorous clinical research to substantiate these claims. As such, readers are encouraged to critically evaluate information and consult healthcare professionals before considering supplementation for these purposes.

5. Sources

1. Evaluation of the developmental effects of a glyphosate-based herbicide complexed with copper, zinc, and manganese metals in zebrafish - PubMed. Link
2. Heavy Metals Toxicity and the Environment - PMC. Link
3. Heavy Metals and Pesticides Toxicity in Agricultural Soil - PMC. Link
4. Selenium and Mercury - Trace Metals and Infectious Diseases - NCBI. Link
5. Genetic Effects on Toxic and Essential Elements in Humans: Arsenic - EHP. Link
6. Lead, zinc, cadmium, mercury, selenium and copper in - PubMed. Link
7. Genetic effects on toxic and essential elements in humans: arsenic, cadmium, copper, lead, mercury, selenium, and zinc in erythrocytes - PubMed. Link
8. Selenium Status: Its Interactions with Dietary Mercury Exposure and - PMC. Link
9. Genetic Effects on Toxic and Essential Elements in Humans - EHP. Link
10. Genetic Effects on Toxic and Essential Elements in Humans: Arsenic - PMC. Link