Clark Engelbert | Diving into the Intricacies of Metal Toxicology and Ionic Mimicry

Integrative Thoughts - A podcast by Matt Coffman - Fridays

Guest: Clark Engelbert Clark Engelbert is the founder and CEO of Nutritional Analytics, a health consulting company that specializes in using hair tissue mineral analysis to set up mineral balancing healing programs for the purpose of heavy metal detoxification. Clark has a background in nutritional sciences and biochemistry. He studied both disciplines at the University of Arizona and Boise State University, respectively. Clark received his training in hair tissue mineral analysis and mineral balancing through the certification program that Dr. Lawrence Wilson offered through Westbrook University in West Virginia in 2018. From 2018 to 2022 he worked directly with Dr. Lawrence Wilson analyzing thousands of hair tests. Work with Clark: https://nutritionalanalytics.com/ Summary In this conversation, Matthew Coffman interviews Clark Engelbert about mineral balancing and hair tissue mineral analysis (HTMA). Clark shares his personal experience with mineral balancing and how it helped him overcome anxiety and panic attacks. They discuss the limitations of medications and the importance of addressing the root cause of chronic conditions. Clark explains the history of HTMA and its benefits compared to other testing methods. They also delve into Dr. Paul Eck's extensive work and discoveries in the field of mineral balancing. The conversation highlights the significance of manipulating mineral ratios for optimal health. This part of the conversation explores the magic of mineral balancing and its role in heavy metal detoxification. It delves into the reasons for mineral depletion in soils and the multiple factors contributing to nutrient depletion in food. The concept of ionic mimicry is discussed, highlighting how metals substitute for multiple minerals in the body. The importance of balancing all mineral elements at once is emphasized, as targeting individual elements may not lead to desired results. The chapter also touches on the complexity of metal-mineral interactions, the role of cell permeability, and the interplay between genetics and minerals. The need for metal detoxification and mineral balancing is underscored in the context of metal ubiquity in the environment. This conversation explores the link between minerals, neurotransmitters, and mood, as well as the effects of metal toxicity on brain function and cognitive function. It discusses the slow accumulation of metals and the early warning signs of metal toxicity. The global problem of metal toxicity and the presence of toxic forms of minerals are also examined. The importance of detoxification modalities and the significance of time scales in mineral balancing are highlighted. The conversation concludes with a discussion on Dr. Wilson and his contribution to mineral balancing. The conversation delves into the controversy and criticisms surrounding Dr. Wilson, acknowledging his unconventional and sometimes questionable views. Despite this, there is a recognition of the positive impact he has had on many individuals, including the speakers themselves. The confusion arises from the mixing of legitimate scientific information with more outlandish ideas on Dr. Wilson's website. It is suggested that this gradual shift towards controversial topics may have turned some people away. The lack of face-to-face interaction with Dr. Wilson is also noted, raising concerns about credibility and trust. The negative impact of Dr. Wilson's controversial views on the reputation of HTMA and mineral balancing is discussed, along with the desire to focus on the science and results of the program. The speakers express gratitude for the positive changes they have experienced and emphasize the importance of spreading the message and helping others. Takeaways Mineral balancing can be an effective approach for addressing anxiety and panic attacks. Medications often only provide symptom management and may not address the root cause of chronic conditions. Hair tissue mineral analysis (HTM