About the Course Series

Closing the Gap in Clinical Care

Many chronic health conditions and the associated symptoms experienced by patients can be attributed to altered nutrient metabolism or an increased physiological demand for nutrients.

Why this matters

  • nutrient-related disorders are often under-assessed and under-treated in conventional medicine
  • subclinical nutrient deficiencies can impair treatment outcomes
  • chronic disease management increasingly requires metabolic support
  • medications alone may not address underlying biochemical dysfunction

The Nutrients in Family Medicine course series is a structured, clinically relevant approach to understanding and applying therapeutic nutrient interventions in everyday practice.

This series provides clinicians with the knowledge and tools to:

  • integrate nutrient therapies alongside conventional treatments
  • identify and address subclinical and condition-specific nutrient requirements
  • improve patient outcomes through targeted metabolic support
  • apply evidence-informed dosing and safety considerations
  • enhance medication efficacy and reduce adverse events

Curriculum Overview

Each session focuses on an essential nutrient with established uses in medicine and provides an up-to-date understanding of its potential therapeutic applications.

Thiamine (vitamin B1)  is a water-soluble vitamin essential for carbohydrate metabolism and ATP production, with key roles in neurological and cardiovascular function. Inadequate or suboptimal status impairs cellular energy metabolism, particularly in the brain and heart. Early symptoms include fatigue, irritability, and confusion. Risk of deficiency is increased in alcohol use disorder, diabetes, and in those with high carbohydrate intake. Depletion may occur with increased physiological demand, making thiamine supplementation a clinically relevant consideration in patients where subclinical deficiency may contribute to neurological or cardiovascular symptoms.

Pyridoxine (vitamin B6) functions as a coenzyme in amino acid metabolism, neurotransmitter synthesis, and hemoglobin formation, supporting neurological, immune, and metabolic function. Suboptimal status may present with irritability, low mood, and mild anemia. Deficiency can cause microcytic or sideroblastic anemia (fatigue, weakness), dermatitis, and peripheral neuropathy (numbness, tingling). Risk is increased in older adults, individuals with chronic kidney disease, and those taking certain medications. While overt deficiency is uncommon, marginal status may be clinically relevant. In practice, assessment and supplementation may support metabolic pathways including homocysteine metabolism.

Cobalamin (vitamin B12) is essential for DNA synthesis, red blood cell formation, neurological function, and homocysteine metabolism. Suboptimal status may present with fatigue, mild cognitive changes, and paresthesia. Deficiency can progress to megaloblastic anemia (fatigue, pallor) and neurological impairment (numbness, gait disturbance, cognitive decline), which may become irreversible if prolonged. Risk is highest in older adults, vegetarians/vegans, individuals with gastrointestinal disorders, and those taking certain medications. In clinical care, early identification and supplementation are well-established interventions to prevent long-term neurological and hematological complications.

Vitamin C is a water-soluble antioxidant required for collagen synthesis, wound healing, and immune function. Suboptimal intake may present with fatigue, delayed wound healing, and mild gingival bleeding. Risk is highest in individuals with all conditions that contribute to oxidative stress. Vitamin C supports the functions of neutrophils, macrophages, B- and T-lymphocytes and natural killer cells, making its status clinically relevant in patients with poor intake or increased physiological demand. Supplementation is a safe, well-established intervention to restore adequacy and support immune and tissue repair processes.

Calciferol  (vitamin D) is a fat-soluble nutrient and hormone precursor that regulates calcium balance and supports bone, muscle, and immune function. It also influences inflammation and gene expression across multiple systems. Suboptimal status is widespread and often asymptomatic, despite widespread public health initiatives. Risk of deficiency is elevated with limited sun exposure, darker skin, aging, and malabsorption. For clinicians, vitamin D is a high-impact, modifiable factor in chronic disease management, where appropriate assessment and supplementation can enhance musculoskeletal health and support broader clinical outcomes.

Magnesium is an essential mineral required for over 300 enzymatic reactions, including energy production, nerve signalling, and muscle function. It plays a central role in glucose regulation, blood pressure control, and cardiovascular stability. Suboptimal intake— affecting approximately 40–50% of adults in Canada and the United States—can contribute to fatigue, muscle cramps, and arrhythmias. Chronic low status is linked to cardiovascular disease, osteoporosis, and type 2 diabetes. For clinicians, magnesium represents a critical yet underappreciated determinant of metabolic health, with assessment and repletion offering important opportunities to improve patient outcomes.

The material presented in each session will cover:

  • Recap of historical and established uses (DIN/NHP)
  • Nutrient forms and administration routes
  • Pharmacokinetics and metabolic roles
  • Deficiencies in various disease states
  • Dependencies in various life cycle and disease states
  • Therapeutic dosing strategies
  • Drug–nutrient interactions and safety
  • Case-based clinical applications

Who should participate:

The course series has been developed specifically for medical doctors, nurse practitioners, pharmacists, and primary care professionals seeking practical, evidence-informed strategies to integrate nutrients within clinical practice.

Course format:

Each session in the series will be presented as a live 2-hour webinar, featuring interactive question and answer periods, case presentations, and supplemental learning materials to support clinical integration.

Tickets

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Nutrients in Family Medicine - Course Series (6)
$ 549.00
Unlimited
Thiamine (B1) Fall 2026
$ 125.00
Unlimited
Pyridoxine (B6) Fall 2026
$ 125.00
Unlimited
Cobalamin (B12) Winter 2026-27
$ 125.00
Unlimited
Ascorbic Acid (C) Winter 2026-27
$ 125.00
Unlimited
Calciferol (D) Spring 2027
$ 125.00
Unlimited
Magnesium (Mg) Spring 2027
$ 125.00
Unlimited
Quantity: 0
Total: $ 0.00