The Full Picture of Brain Resilience: Grey and White Matter Together
The Importance of Supporting Both Grey and White Matter
When people think about brain health, they often focus on memory or movement. But true neurological resilience depends on more than just one piece of the puzzle. Both grey matter and white matter must be supported for the brain and nervous system to function at their best.
The Role of Grey Matter
Grey matter is where information is processed. It contains neurons and synapses—the command centers that allow you to think, feel, remember, and make decisions. When grey matter breaks down, problems like memory loss, slower learning, and emotional dysregulation can follow.
ProdromeNeuro™ directly supports grey matter by providing omega-3 plasmalogen precursors, which nourish synaptic membranes and mitochondria. This helps fuel communication between neurons, keeping cognition sharp and emotions balanced.
The Role of White Matter
White matter is the brain’s wiring system. It consists of myelinated axons—long nerve fibers wrapped in protective myelin that ensure signals travel quickly and accurately. When white matter integrity declines, coordination falters, thinking slows, and communication between brain and body becomes less reliable.
ProdromeGlia™ strengthens white matter by delivering omega-9 plasmalogen precursors that support glial cells, the builders of myelin. By protecting and maintaining myelin, it ensures fast, reliable signal flow across the brain and down the spinal cord.
Call to Action: Complete Brain Health at Confidia
At Confidia Health Institute, under the direction of Dr. Kevin Greene, we recognize that lasting brain health requires precision care at every level. By combining advanced tools like ProdromeNeuro™ and ProdromeGlia™, we help patients protect both their processing power and their wiring system.
👉 Ready to take a complete approach to your brain health?
Contact Confidia Health Institute
today to discover how Dr. Kevin Greene and his team can help you protect cognition, coordination, and long-term neurological resilience.