This informative seminar will examine the influence of the brain on the immune system, especially the glial cells

Insulin/AMPK/Fluctuations

The interaction between glucose, insulin, and the associated signaling pathways is a dynamic that is more multi-faceted than we originally thought.

There has been a more significant increase in both food allergies and food sensitivities in this generation than in any previous generation.

Hormones can have a dramatic impact on our immunological tolerance to food proteins.

Perimenopause involves vast changes in the neuroendocrine-immune axis that are not limited to a drop in estrogen alone.

Explore how the aging process in the brain is strongly influenced by various physiological mechanisms.

Examine how the messenger system interacts with the neuroendocrineimmune system.

Detailed perspective of how mucosal immune function impacts brain function and mood, weight loss and metabolism, heart disease, and endocrine function.

Small intestinal bacterial overgrowth (SIBO) is a common problem today.

While the number of people affected by autoimmune disease increases every year, most cases are not diagnosed and continue to progress.

Examine the  physiological changes that take place in the endocrine, immune, nervous, and vascular systems with both healthy exercise and overtraining syndrome.