Defining Neuropathy and Identifying Degenerating Nerves
Don’t let neuropathy advance unchecked. Here’s what you need to know. First, let’s define neuropathy. Take a look at this image. The red area represents your leg, where neuropathy is beginning to develop. The nerves in this area are starting to degenerate. Observe the pink nerve and the dark red blotches, which indicate nerve degeneration and decay.
One essential lab test to consider is checking for mold. This simple urine test can determine if mold is present in your body. To illustrate the impact of mold, let’s discuss a client’s case.
When we tested her for mold, her Gliotoxin levels were shockingly high at 25,539 (normal levels are below 200). This showed she had a massive amount of mold in her body.
The Four Critical Ways Mold Affects Your Nerves
Research indicates that mold can affect your nerves in four critical ways:
1. Neurotoxicity: Mold in your body can cause your nerves to degenerate.
2. Inflammation: Mold leads to chronic inflammation, resulting in degenerating nerves. This may explain why some people visit multiple doctors without finding a solution—they haven’t been tested for mold.
3. Blood-brain barrier disruption: Mold can impact the blood-brain barrier, which in turn affects neuropathy. When the blood-brain barrier is compromised, your body may perceive more pain because the brain’s ability to diminish pain is hindered.
4. Overall detrimental effects: Mold exposure can reveal your body’s weakest points, and for some, that may be neuropathy.
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Frequently Asked Questions (FAQ)
Mold can cause or worsen neuropathy through four critical mechanisms: 1) Direct neurotoxicity that degenerates nerves, 2) Causing chronic inflammation that damages nerves, 3) Disrupting the blood-brain barrier which impairs the brain's ability to manage pain, and 4) Targeting the body's weakest points, which for many people manifests as neuropathy.
A simple urine test can detect mold in the body. The test measures specific toxins like Gliotoxin; for example, a normal level is below 200, but the case study in the post showed a dangerously high level of 25,539, indicating massive mold exposure.
Many patients see multiple doctors without finding solutions because conventional medical approaches often overlook mold testing. Since mold-induced neuropathy causes inflammation and nerve degeneration that standard treatments don't address, the root cause remains undiagnosed.
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