23 Questions
______ are the 5 key points of IV Chelation.
What causes a cell to become toxic.
Explain how Epigenetics plays a significant role in how cells become toxic over time.
Summarize 'The Bucket Theory'
How can we help address symptoms, ailments, and diseases?
What are the limiting factors to achieving effective and comprehensive cellular detoxification.
What is Cellular Detoxification?
What is the 'Three-Legged Stool Approach'?
What are 3 causes of cellular toxicity?
Describe the Comprehensive Detoxification Strategy that Dr. Pompa implements.
Describe the 'Body Phase'.
What is the Neurotoxic Questionnaire?
What are some symptoms associated with neurotoxicity?
The NTQ also explores potential exposures to neurotoxic substances. What are these substances?
What is the process for the Pompa Program?
Define Chelators.
Define Binder.
What is the '3-Legged Stool' Analogy in Cellular Detox?
Define 'Good Genes' and 'Bad Genes'.
How does Dr. Pompa emphasize the critical role of epigenetics.
ANSWER: G-cell increases cellular detox by upregulating ______.
GSH
ANSWER: Cytodetox gives the ability to get into the membrane, bind, and pull out ______.
toxins
ANSWER: eNRG helps make more ______.
mitochondria
ANSWER: Emotional stress/chemical stress/physical stress can shut ______ down.
methylation
ANSWER: ION closes the gut junctions and prevents leaky gut and auto-intoxification, therefore decreasing systemic ______.
inflammation
ANSWER: Hashimoto's is an autoimmune disease where your immune system attacks your ______ gland by mistake.
thyroid
ANSWER: TSH levels alone may not fully determine thyroid function due to potential issues with T4 to T3 ______.
conversion
ANSWER: Glycophysate levels have jumped ______% in the last 20 years.
1300
ANSWER: Less than 30 is good, more than 50 is highly ______.
toxic
ANSWER: The NTQ asks questions about energy levels, cognitive function, mood, sleep, digestion, and exposure to ______.
toxins
ANSWER: The MO Test detects oxidative stress and free radicals within ______.
cells
ANSWER: Malondialdehyde levels in the urine reveal markers of lipid peroxidation and ______ damage.
cellular
ANSWER: The Meta-Oxy Test employs the reagent thiobarbituric acid to measure ______ levels.
malondialdehyde
Test your knowledge on IV Chelation, cell toxicity, epigenetics, "The Bucket Theory," addressing symptoms and diseases, and limiting factors to cellular detoxification in this quiz.
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