• Identify the nuances of hormone balancing and the complex relationships among sex hormones, the HPA axis, neurotransmitters, and the microbiome, and recognize the multifactorial symptom patterns that result from dysregulation.

• Gain insight into a broad range of pathologies, including menopause, depression, anxiety, cognitive fatigue, gastrointestinal disorders, sleep disturbances, cardiovascular health concerns, autoimmune conditions, and chronic disease.

• Analyze gastrointestinal health and the gut microbiome in relation to systemic outcomes, and identify and apply appropriate GI-related laboratory markers to inform clinical decision-making.

• Discuss comprehensive approaches to women’s health management, including diagnostic testing and treatment strategies using pharmacologic, lifestyle, and nutraceutical interventions.

• Examine skin health through anatomy, the gut–skin axis, hormonal influences, and the role of nutrition and probiotics, and apply dietary assessment and nutrigenomic principles to support skin integrity, hydration, and repair.

• Activate endogenous pain-modulation pathways using non-invasive neuromodulation techniques and targeted nutraceuticals to reduce inflammation, restore physiologic balance, and improve integrative pain outcomes.

• Assess risk associated with intestinal permeability and systemic inflammation using advanced biomarkers and functional medicine strategies to guide personalized interventions.

• Optimize hormone balance and support breast health by interpreting estrogen metabolism and the estrobolome, utilizing urinary hormone and metabolite testing to inform individualized lifestyle, nutrition, and treatment plans.

• Enhance women’s metabolic, hormonal, and emotional resilience by aligning lifestyle strategies—such as light exposure and meal timing—with circadian and mitochondrial rhythms across the lifespan.

• Reframe menopause as a physiologic transition rather than a deficiency state, and apply practical strategies to support hormonal balance, mitochondrial health, and body composition through personalized nutrition, circadian alignment, and lifestyle medicine.

• Integrate emerging evidence on estrogen metabolism, gut–brain signaling, and inflammation into whole-systems care for women in perimenopause and postmenopause.

• Examine the role of melatonin beyond sleep regulation, including its effects on circadian rhythms, mitochondrial function, and hormonal balance, and apply evidence-based approaches to assess status, restore endogenous production, and integrate supplemental or botanical therapies.

• Assess and optimize the gut–brain–heart axis as a foundation for cellular and systemic longevity, using functional markers and emerging science to guide nutrition, lifestyle, and botanical interventions that support vascular and neurocognitive health.

• Apply a systems biology framework to evaluate and manage mast cell activation by addressing mitochondrial function, environmental triggers, and immune tolerance pathways.

Commercial Support
There is no commercial support for this activity.