Functional pathways are really important when it comes to how our brains change in diseases that affect the nervous system. Here are some key points to think about:
Cortical Reorganization: After a stroke, the part of the brain that wasn’t harmed often steps in to help. This can cause changes in how the brain is structured.
Neuroinflammation: In diseases like multiple sclerosis, inflammation can hurt the protective covering (myelin) around nerves. This damage makes it hard for signals to move through the brain, leading to changes in brain structure.
Neurodegeneration: In Alzheimer’s disease, important pathways that connect the hippocampus (a memory center) and the cortex get disrupted. This can make it harder to remember things, even leading to shrinkage in those brain areas.
By understanding how these pathways work, we can find new ways to help people recover and slow down the progression of different neurological disorders.
Functional pathways are really important when it comes to how our brains change in diseases that affect the nervous system. Here are some key points to think about:
Cortical Reorganization: After a stroke, the part of the brain that wasn’t harmed often steps in to help. This can cause changes in how the brain is structured.
Neuroinflammation: In diseases like multiple sclerosis, inflammation can hurt the protective covering (myelin) around nerves. This damage makes it hard for signals to move through the brain, leading to changes in brain structure.
Neurodegeneration: In Alzheimer’s disease, important pathways that connect the hippocampus (a memory center) and the cortex get disrupted. This can make it harder to remember things, even leading to shrinkage in those brain areas.
By understanding how these pathways work, we can find new ways to help people recover and slow down the progression of different neurological disorders.