Physiology Friday: [Optimal vs. Normal Health] Why Normal Reference Ranges Will Not Lead You to Optimal Health w/ Anders Varner, Doug Larson, Travis Mash and Dan Garner
Jun 21, 2024
auto_awesome
Health experts Anders Varner, Doug Larson, Travis Mash, and Dan Garner discuss the importance of aiming for optimal health markers rather than settling for normal blood panel readings. They explain the differences between optimal and normal health, explore the limitations of normal reference ranges in healthcare, and highlight the significance of individualized optimal health markers for peak performance and well-being.
Optimal health markers differ from normal ranges, emphasizing the importance of customized health goals.
Maintaining triglycerides between 50s to 90s, homocysteine below 11, and glucose between 80 to 88 is crucial for health.
Total testosterone range of 700 to 900 should be balanced, considering free testosterone and sex hormone binding globulin.
Albumin levels between 4 and 4.5, CRP below 0.3, ESR under 5 indicate optimal health.
Deep dives
Triglycerides
Optimal range for triglycerides is typically between lower 50s to high 90s, as below 50 can start becoming an issue and above 90 can also be problematic.
Homocysteine
Optimal range for homocysteine is below 11 but above 5, as levels above 11 can indicate a risk for cognitive decline.
Glucose
Optimal range for glucose is typically from 80 to 88, with levels above 85 being a concern as it can increase the risk of type 2 diabetes and metabolic syndrome.
Testosterone
Optimal total testosterone range is 700 to 900, as this is a good balance while factors like free testosterone and sex hormone binding globulin should also be considered.
Albumin
Optimal range for albumin is between 4 and 4.5, with levels above or below this range associated with different risks, including mortality.
CRP and ESR
Optimal levels for C-reactive protein (CRP) should be below 0.3, and erythrocyte sedimentation rate (ESR) should be below 5 for chronic inflammation.
Calculation Ratios
Additional calculations and ratios can further provide insights into blood work markers, helping to determine optimal ranges for different health parameters.