A Functional Medicine Approach to Blood Test Analysis

The video script introduces the concept of lab work in functional medicine, emphasizing the holistic approach to understanding the body's mental, chemical, and physical aspects. The speaker discusses the importance of assessing lab work beyond traditional reference ranges, highlighting the need to consider optimal levels for individuals based on factors like age and gender. The script uses a hypothetical lab report to illustrate how lab values can be interpreted differently in functional medicine, with a focus on identifying patterns and making lifestyle changes to address issues indicated by lab results. The video also mentions the cost-effectiveness of the lab panels used at Synapse, which are significantly discounted compared to traditional healthcare costs.

This paragraph delves into the specifics of lab evaluation, starting with the importance of oxygen and blood sugar balance for cellular function. The script discusses the significance of glucose and hemoglobin A1c levels in assessing blood sugar regulation and the potential for reactive hypoglycemia. It also touches on the role of carbon dioxide levels in indicating metabolic issues and the use of uric acid levels as a diagnostic tool for conditions like gout. The paragraph further explores the impact of low stomach acid on nutrient absorption and the connection between kidney function markers and overall health.

The focus shifts to kidney function, with creatinine levels being highlighted as an indicator of kidney health. The script explains how low creatinine can be associated with small stature or methylation issues, which are further explored in the context of overall health. The importance of understanding the patterns in lab results to prevent disease before it occurs is emphasized, along with the role of carbon dioxide and uric acid in metabolic acidosis. The paragraph also discusses the implications of low calcium levels and the potential causes, including low stomach acid and parathyroid dysfunction.

This section examines the role of iron as a marker for inflammation and anemia, with a detailed look at how high iron levels can be indicative of conditions like hemochromatosis or inflammation. The script explains the normalcy of haemoglobin levels in the context of fatigue not being due to anemia but rather inflammation. It also discusses cholesterol levels, including the significance of HDL and LDL ratios, and the potential causes for high cholesterol, such as oxidative stress or genetic disorders. The paragraph concludes with an exploration of C-reactive protein as a marker for systemic inflammation.

The script addresses homocysteine as a critical chemical linked to heart attacks, especially in young athletes. It explains the role of methylation in converting homocysteine and its importance in neurotransmitter production, liver detoxification, and DNA protection. The importance of addressing elevated homocysteine levels with B vitamins and other methyl donors is discussed. The paragraph also touches on thyroid function, emphasizing the need for a full panel view to assess TSH, T4, T3, and thyroid antibodies, and the potential for secondary hypothyroidism and autoimmune issues.

This paragraph discusses the connection between vitamin D and immune system function, noting the low levels of vitamin D as a potential indicator of autoimmune issues. It also covers the importance of omega-3 fatty acids and glutathione in supporting immune health. The script identifies low white blood cell counts as a sign of chronic infection or autoimmune conditions and discusses the implications for globulin and immunoglobulin levels. The paragraph concludes with a call to action for viewers to take responsibility for their health, emphasizing the value of lab work in validating dietary and lifestyle choices.