Motor disorders help us understand how the brain works when it comes to movement. Here are some key ideas:
Motor Cortex: This is an important area in the brain. When it gets injured or doesn't work right, about 60 out of every 100 stroke patients have trouble moving.
Basal Ganglia: This part of the brain is important for starting and controlling movements. In fact, 1 out of every 100 people over 60 years old has a disorder here, like Parkinson's disease.
Learning about these disorders teaches us several things:
Neural Connectivity: When these connections are disrupted, it shows us how movement pathways work. One important pathway is called the cortico-basal ganglia circuit.
Movement Coordination: Research shows that around 30 out of 100 patients with a condition called dystonia have problems with planning their movements. This helps us understand more about coordination issues.
In summary, motor disorders highlight just how complex the brain's systems are when it comes to movement.
Motor disorders help us understand how the brain works when it comes to movement. Here are some key ideas:
Motor Cortex: This is an important area in the brain. When it gets injured or doesn't work right, about 60 out of every 100 stroke patients have trouble moving.
Basal Ganglia: This part of the brain is important for starting and controlling movements. In fact, 1 out of every 100 people over 60 years old has a disorder here, like Parkinson's disease.
Learning about these disorders teaches us several things:
Neural Connectivity: When these connections are disrupted, it shows us how movement pathways work. One important pathway is called the cortico-basal ganglia circuit.
Movement Coordination: Research shows that around 30 out of 100 patients with a condition called dystonia have problems with planning their movements. This helps us understand more about coordination issues.
In summary, motor disorders highlight just how complex the brain's systems are when it comes to movement.