The Dr. Goodenowe ALS Challenge
The Dr. Goodenowe ALS Challenge, a no-cost, province-wide health initiative supporting Saskatchewan residents diagnosed with ALS.
The Dr. Goodenowe ALS Challenge, a no-cost, province-wide health initiative supporting Saskatchewan residents diagnosed with ALS.
Join us online for Health Matters Grand Rounds on WEDNESDAY, August 6 at 5:00 PM PST. In this groundbreaking live webinar, Dr. Dayan Goodenowe unveils BioMetrix™ NeuroMRI—a next-generation brain imaging platform that goes far beyond traditional volumetric scans. Leveraging the most advanced imaging and analytics available today, NeuroMRI allows us to visualize the brain’s functional integrity, connectivity networks, and neuroinflammatory patterns with unprecedented precision. Sign up here →
One Moose Jaw: A New Vision for
Community Health
From Conception to Aging, Your Health Matters
Join neuroscientist Dr. Dayan Goodenowe for an in-depth walkthrough of the BioMetrix™ BioScan - his patented, research-grade Ion Cyclotron Resonance Mass Spectrometry technology that delivers a real-time biochemical fingerprint of your cellular health.
The integrity of the 30+ trillion cells of the human body, from your skin to your heart to your brain, is dependent upon the biological membranes that define them on the outside and inside. These membranes are made of lipids, yet the importance of maintaining healthy membrane lipids is often overlooked, to the detriment and demise of your health.
Tracking TBI Healing with Advanced Brain Imaging
Learn about the latest developments in restorative brain health research and how it applies to autism: Mitochondrial stress, neuroinflammation, impaired myelination, and more.
Gain a deeper understanding of how dopaminergic pathways change in Parkinson’s.
Discover what emerging science tells us about mechanisms of neurodegeneration and resilience.
Learn about the biochemical pathways that underlie brain and muscle decline in ALS.
Explore how researchers are uncovering insights into neurodegeneration and resilience.
Discover what the latest research reveals about neuroinflammation, myelin, and white matter changes in MS.
Explore the biological mechanisms being studied for repair and recovery.
Explore how cancer alters core cellular pathways, from lipid metabolism to membrane integrity.
Learn what research reveals about stress responses, communication, and resilience at the cellular level.
Examine the science of aging across the brain and body.
Gain insights into cognition, muscle function, and the mechanisms that shape resilience later in life.