Toxicity Testing for Heavy Metals, Mold Toxins, & Environmental Toxins like Glyphosates

Understanding our genetics plays a significant role in how effectively we can detoxify our bodies. Our genetics not only defines our physical characteristics but also shapes how our bodies manage and eliminate toxins. Such genetic influence permeates every aspect of our detoxification mechanisms, affecting the effectiveness of processes such as sweating, breathing, bowel movements, and urination.

When I encounter patients who are dealing with various health issues, such as chronic inflammation, particularly in cases like breast implant illness, it often ties back to the liver and kidney's ability to manage toxins. Today's episode holds such significant importance as we will explore the vital role these organs play in detoxification and delve deeper into the impact of various toxins, including heavy metals, mold toxins, and environmental toxins like glyphosates, on our overall well-being.

How Environmental Factors Impact Detoxification and Overall Health

The breast implant may contribute to chronic inflammation in a person, but their ability to manage detoxification, environmental factors like their location or environmental surroundings, air quality, water sources, and dietary choices play a significant role in shaping their health. That is why when I assess my patients, I pay close attention to their inflammatory symptoms, especially in the nervous system, where signs like brain fog, memory issues, and neuropathic pain can manifest.

These inflammatory symptoms are particularly concerning in younger individuals, especially those with children. The adverse effects are not limited solely to neurological symptoms like brain fog and memory issues. They encompass a wide array of discomforts, including conditions such as dry eyes, persistent coughing, moments of breathlessness, sensations of chest tightness or discomfort, and a spectrum of digestive issues like heartburn, acid reflux, constipation, and diarrhea. Additionally, individuals may experience musculoskeletal pain, with persistent aches and discomfort in their joints and muscles.

Fortunately, I've learned to understand how each person detoxifies by listening to their experiences, conducting genetic testing, and assessing their symptoms over many years. This helps me formulate a comprehensive view of their individual health and how they manage detoxification.

Toxins in Mold Exposure and their Effects on Health

In our office, we have a few methods to support our findings. Personally, I'm interested in conducting a urine tox test, which can reveal substances like mycotoxins, heavy metals, and environmental contaminants. The tox test report encompasses a range of toxins, and individuals with significant mold exposure might show the presence of toxins like aflatoxin, beta-one, alpha toxin, and M-one.

There are also various other mycotoxins, such as ochratoxin, which is sometimes found in wine, with varying regulations in the United States and Europe. As such, people sensitive to mold and ochratoxin can face challenges when consuming wine.

Heavy Metal Exposure and Detoxification in Patients with Implants

Heavy metals that may be found in patient's test results include aluminum, beryllium, gadolinium, nickel, platinum, antimony, bismuth, cadmium, lead, mercury, thallium, thorium, tungsten, and uranium. These metals could be acquired through environmental exposure.

Ongoing research exists about whether medical devices like hip, knee, or breast implants might contribute to metal exposure. In some cases, devices like knee or hip implants can result in what's called "poly wear." Notably, urine tests conducted after the removal of such devices, as in the case of explanted patients, have shown significant improvements in heavy metal levels, even before engaging in a detox program. However, some heavy metals, like beryllium, might linger, warranting further investigation.

Taking thorium as an example, it is used in the production of welding rods, firebrick, camera and telescope lenses, gas lantern mantles, ceramics, aerospace industry materials, and nuclear reactions. Thorium has also been employed as a contrast agent in medical procedures, but it is associated with various side effects and symptoms related to hematologic, pulmonary hypertension, fibrosis, and respiratory issues.

In addition to assessing food sensitivities through testing like GI maps and examining hormone levels and other bloodwork, I find it highly valuable to complement this with urine toxicity tests and genetics analysis. This comprehensive approach helps clarify the information I gather during patient interviews and allows us to create a comprehensive overview of why patients are experiencing their symptoms, with a particular focus on understanding their exposure to toxins.

Additionally, with respect to toxicity assessment, it's worth noting that I've encountered some unusual cases, such as exposure to triclosan. Understanding the chemical components in products we use daily is crucial. Triclosan is present in various consumer products like toothpaste, detergents, toys, and antibacterial wet wipes. Additionally, herbicides like Atrazine and Glyphosates, the latter being a systemic herbicide and crop desiccant, also warrant attention. Exposure to these substances can occur through food, skin absorption, or inhalation in areas where they are used.

Comprehensive assessments, including genetic analysis, toxicity profiles, food sensitivities, gut microbiome status, hormone levels, and other bloodwork are vital. Such a holistic approach enables us to gain a deep understanding of the root causes of patients' symptoms, providing a foundation for developing effective treatment plans, which may include surgery in cases like explant procedures, and overall strategies for improving their well-being.

Links and Resources

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