Neuroscience Lab
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Neuroscience Simulation: Brain Regions & Cognitive Function
This neuroscience simulation takes a systems-level view of the brain, mapping major structures — cerebral cortex, cerebellum, hippocampus, amygdala, basal ganglia, and brainstem — to their roles in sensation, movement, memory, emotion, and homeostatic regulation. Students explore how different regions communicate through ascending and descending pathways and how damage to specific areas produces characteristic deficits. This broader scope distinguishes it from the single-neuron and network simulations, making it suitable for psychology, anatomy, and neuroscience courses.
What you can do in this simulation
- Select any major brain structure and read its primary functions, major connections, and associated behaviors
- Trace sensory pathways from peripheral receptors through relay nuclei to cortical processing areas
- Explore the motor pathway from motor cortex through cerebellum and spinal cord to muscle
- Simulate focal brain lesions and predict which functions would be disrupted
- Examine the limbic system's role in memory consolidation and emotional responses
Concepts covered
brain anatomy · cerebral cortex · limbic system · neural pathways · cognitive neuroscience · brain function
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