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Demystifying Neural Pruning: Brain Efficiency and Growth
Chapter , Problem 4(choose chapter or problem)
Neurologically, what is the function of pruning?
a. Pruning creates new connections between synapses through repeated experiences.
b. Pruning reduces the negative effects of teratogens by eliminating neural waste.
c. Pruning increases the weight of the brain through enriching experiences.
d. Pruning creates areas in the brain used in learning mathematics.
e. Pruning eliminates unused neural pathways.
Questions & Answers
QUESTION:
Neurologically, what is the function of pruning?
a. Pruning creates new connections between synapses through repeated experiences.
b. Pruning reduces the negative effects of teratogens by eliminating neural waste.
c. Pruning increases the weight of the brain through enriching experiences.
d. Pruning creates areas in the brain used in learning mathematics.
e. Pruning eliminates unused neural pathways.
ANSWER:Step 1 of 2
Pruning is critical for sculpting the brain's structure and ensuring it develops appropriately. It helps refine neural networks, enhances neural efficiency, and supports the specialization of different brain regions for specific functions. Through Pruning, the brain becomes more adaptable and capable of optimizing its neural connections based on the individual's experiences and environmental demands.
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Demystifying Neural Pruning: Brain Efficiency and Growth
Want To Learn More? To watch the entire video and ALL of the videos in the series:
Discover the essential process of neural pruning in brain development, distinct from creating new connections, managing neural waste, or increasing brain weight. Uncover how this natural "clean-up" refines our neural network, making our brains more efficient in processing information. Explore the impact of neural pruning on cognitive growth and the interaction between genetics and environment in brain development.