Finding More Pieces to the Puzzle (6 Part Series)

  • Part 1: Methylation Cycle Mutations, Role of Lithium
  • Part 2: Role of Lithium Cont., Increased Glutamate Receptors
  • Part 3: Increased Glutamate Receptors Cont., Potassium/Rubidium
  • Part 4: Chronic Bacterial Infections, H. Pylori in Particular
  • Part 5: Chronic Viral Infections, Retroviruses, Heavy Metal Burden
  • Part 6: Heavy Metal Burden Cont., HLA Type, Relationship to Asthma, and Tetanus Toxin Vaccine
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Part 1: Methylation Cycle Mutations, Role of Lithium

 

Part 1 of this six-part series reviews the multifactorial aspects of autism spectrum disorder (ASD), attention-deficit/hyperactivity disorder (ADHD), chronic fatigue syndrome (CFS), and Alzheimer’s Disease (AD).

 

Dr. Amy explains the importance of methylation for optimal health, and how to begin addressing multifactorial conditions by utilizing biochemical testing and following The Yasko Protocol. She also discusses the role lithium plays in respect to B12 transport, and how to maintain healthy B12 levels.

 

This seminar provides a more detailed look at the methylation cycle. It is designed to follow the “Methylation and Mutations” series, which introduces the basics of nutrigenomics and the role of methylation in epigenetics.

 

Part 2: Role of Lithium Cont., Increased Glutamate Receptors

 

Part 2 of this six-part series is a continuation of Part 1. It begins with Dr. Amy’s explanation of H. Pylori and polyamines, and touches on the importance of melatonin and lipids for optimal health.

 

Dr. Amy reviews the significant impact glutamate has on health, and how this is an important factor in The Yasko Protocol. This topic is reviewed in detail, including where you can find glutamate in your food, and how it can impact your system.

 

Part 3: Increased Glutamate Receptors Cont., Potassium/Rubidium

 

Part 3 of this six-part series is a continuation of Part 2. Dr. Amy reviews the different types of glutamate receptors, what happens when NMDA and AMPA imbalances occur in the system, and the importance of limiting external sources of glutamate. The seminar reviews in detail the effect of NMDA/AMPA imbalances on potassium and rubidium levels in the body.

 

Dr. Amy also explains the impact that NMDA/AMPA imbalances have on glutamate and GABA in the system. She explores the role GABA plays in behavior and bowel function, and how gut issues may be an underlying factor in maintaining the proper balance of glutamate, GABA, and NMDA.

 

Dr. Amy briefly reviews supplementation suggestions in relation to biochemical test results.

 

Part 4: Chronic Bacterial Infections, H. Pylori in Particular

 

Part 4 of this six-part series explores potential sources of chronic microbial issues, the result of chronic bacterial infections with a focus on H. Pylori, and how chronic issues impact the body and behavior.

 

Dr. Amy reviews the important role that iron plays in chronic infections, and what to look for in biochemical test results to identify if iron may be a contributing factor to health concerns. Supplementation suggestions are also reviewed by using specific case studies of chronic infections.

 

Part 5: Chronic Viral Infections, Retroviruses, Heavy Metal Burden

 

Part 5 of this six-part series reviews chronic viral infections as a follow-up to chronic bacterial infections reviewed in Part 4. Dr. Amy discusses what happens when the body lacks proper methylation, and the potential role chronic viral infections play in heavy metal retention within the body.

 

The seminar also explores the immune response and inflammation as a result of methylation deficiencies.

 

Part 6: Heavy Metal Burden Cont., HLA Type, Relationship to Asthma, and Tetanus Toxin Vaccine

 

Part 6 is the final seminar in this six-part series. Dr. Amy reviews the implications of heavy metal (such as mercury, aluminum, lead, and thallium) retention, and the impact this has on other systems in the body.

 

This seminar reviews the relationship between myelination and optimal nerve function, and concludes by exploring predisposing factors that can impact susceptibility to specific multifactorial conditions.