What is the normal brain process which can result in poorly developed neural networks when infants experience chronic understimulation in the earliest years?
A. Synaptic pruning
B. Seeding
C. Expansion
D. Collateral development
I think A
A is correct
You are correct. The normal brain process that can result in poorly developed neural networks when infants experience chronic understimulation in the earliest years is synaptic pruning (option A).
You are correct, the normal brain process which can result in poorly developed neural networks when infants experience chronic understimulation in the earliest years is synaptic pruning. Synaptic pruning is a natural process that occurs during brain development where weak or unused neural connections are eliminated, allowing stronger connections to be reinforced.
To arrive at the answer, it's important to understand the concepts involved. In this case, we are discussing the effect of chronic understimulation on infants' brain development. When infants are not exposed to adequate sensory stimulation and experiences, the brain does not receive the necessary input to establish and maintain a strong network of connections. As a result, during synaptic pruning, the brain may eliminate more connections than necessary, leading to poorly developed neural networks.
To answer this question, you would need to be familiar with the different processes involved in brain development and understand how chronic understimulation can impact neural networks.