The Dr. Goodenowe ALS Challenge, a no-cost, province-wide health initiative supporting Saskatchewan residents diagnosed with ALS.

What you’ll learn: 
• What a quantifiably healthy heart looks like on imaging, labs, and function tests  
•  How structure (muscle, valves, conduction) and function (output, rhythm, repair) reveal real long-term heart health 
•  What causes a healthy heart to fail?  
• Biochemical drivers of heart health and how to optimize heart health  

What you’ll learn: 
• Learn the unique biochemistry of bipolar disorder and how the bipolar brain achieves its hyper-functional state 
• How to support brain health and keep the bipolar brain from burning out 

What you’ll learn: 
• What causes a stroke? Is it possible to prevent a stroke? 
• What happens to the brain during a stroke? Is it possible to restore brain function after a stroke? 
• What are the essential biomarkers of stroke risk and recovery? How can you measure them? 

What you’ll learn:
• Good vs bad cholesterol: is there a difference?
• APOE2, APOE3, and APOE4- what's the difference, and why do they matter?
• Cholesterol and mortality: do we have the story backwards?

What you’ll learn: 
• Why do we lose muscle mass and bone density as we age? Is it inevitable? 
• Why maintaining muscle mass and bone density is the most important determinant of health in old age 
• How to build muscle and increase bone density at any age.

What Human Health Research Can Teach Us About Dogs, Cats, and Horses

Join Dr. Dayan Goodenowe in person for a full day of cutting-edge neuroscience: research, real-life case studies, and biochemical insights spanning autism, concussion and TBI, Alzheimer’s and dementia, Parkinson’s disease, and the science of healthy aging and lasting vitality.   Learn More Here →

What you’ll learn: 
• The biochemistry of cellular energy metabolism: fats vs sugar 
• How impaired mitochondrial function drives diabetes and what you can do to support mitochondrial health  
• The power of muscles and how diet and lifestyle can restore metabolic health 

What you’ll learn: 
•  How the brain adapts to stress 
•  How short-term survival mechanisms can create long-term dysfunction 
•  How nutrition and lifestyle can support brain health and restore function

What you’ll learn: 
• How eating patterns affect your brain and make you addicted to food  
• How your metabolism drives your appetite and how to reset your metabolism to control cravings 
• Biochemical markers of a healthy metabolism that everyone needs to know