Basal Ganglia Framework
Controlling go-type and no-go-type behaviors
The Basal Ganglia Framework explains how the basal ganglia play a crucial role in controlling go-type and no-go-type behaviors. This framework highlights the importance of the basal ganglia in implementing plans and influencing the plans that the cortex is dishing out.
- The basal ganglia play a crucial role in controlling go-type and no-go-type behaviors.
- The basal ganglia interact with other brain structures to make decisions.
- The basal ganglia are involved in implementing plans and influencing the plans that the cortex is dishing out.
- Implement PlansThe basal ganglia implement plans and influence the plans that the cortex is dishing out.Pro tipThe basal ganglia play a crucial role in controlling go-type and no-go-type behaviors.WarningMaladaptive behaviors can override the basal ganglia's ability to implement plans.
- Influence Cortical PlansThe basal ganglia influence the plans that the cortex is dishing out.Pro tipThe basal ganglia interact with other brain structures to make decisions.WarningInaccurate influence of cortical plans can lead to maladaptive behaviors.
- Control Go-Type and No-Go-Type BehaviorsThe basal ganglia control go-type and no-go-type behaviors.Pro tipThe basal ganglia play a crucial role in implementing plans and influencing the plans that the cortex is dishing out.WarningFailure to control go-type and no-go-type behaviors can lead to negative consequences.
The marshmallow test is a classic example of the Basal Ganglia Framework in action. Children are given the option to wait for a reward or take an immediate reward. The test demonstrates how the basal ganglia play a crucial role in controlling go-type and no-go-type behaviors.
Skateboarding is an example of how the basal ganglia control go-type and no-go-type behaviors. Skaters use a combination of visual, auditory, and tactile cues to navigate and perform tricks.
The Basal Ganglia Framework is based on the idea that the basal ganglia are a key structure in the brain that plays a crucial role in controlling go-type and no-go-type behaviors. This framework is rooted in the understanding of how the basal ganglia interact with other brain structures to make decisions.