Systems-Based Functional Physiology

8 CE hours applied for in NY and PA for chiropractors

Nutritious lunch included

Registration begins 8:00 am

Modern chronic health presentations rarely exist in isolation. Fatigue, digestive dysfunction, hormonal imbalance, immune dysregulation, metabolic stress, neurological symptoms, and chronic inflammatory patterns frequently overlap, requiring clinicians to move beyond symptom-based approaches and toward systems-based physiological understanding.

Join us November 14 for this full-day educational seminar that provides healthcare practitioners with a clinically applicable framework for evaluating and supporting interconnected body systems through a root-cause lens. Participants will explore the functional relationships between digestion, detoxification, endocrine regulation, immune resilience, metabolism, neurological function, cardiovascular physiology, and connective tissue health.

This seminar is designed to enhance practitioner confidence in both evaluation of complex chronic presentations and development of practical nutritional and botanical support strategies.

Learning Objectives

Upon completion of this seminar, participants will be able to:

• Identify relationships between major physiological systems and their role in chronic health presentations.
• Recognize common functional patterns of digestive, endocrine, metabolic, neurological, immune, and detoxification dysfunction.
• Explain the role of nutritional and botanical interventions in supporting physiological resilience and whole-body function.
• Apply systems-based clinical thinking to prioritize functional support strategies for complex presentations.
• Differentiate overlapping symptom patterns through a root-cause, physiology-based framework.

Seminar Highlights

• Foundations of systems-based functional physiology and root-cause clinical thinking
• Understanding interconnected body systems and common physiologic stressors
• Digestive health, gut integrity, microbiome balance, and nutrient absorption
• Liver, gallbladder, detoxification pathways, and elimination support
• Immune resilience, histamine balance, and chronic inflammatory patterns
• Endocrine health, including adrenal, thyroid, and hormone regulation
• Metabolic health, blood sugar balance, insulin resistance, and mitochondrial function
• Neurological health, stress physiology, brain function, sleep, and autonomic regulation
• Cardiovascular health, connective tissue repair, circulation, and oxidative stress
• Clinical pattern recognition, identifying physiologic bottlenecks, and prioritizing interventions
• Nutritional and botanical strategies to support optimal function across body systems
• Clinical case integration and practical implementation of systems-based care