What intrinsic gatekeeper determines which potential synaptic changes are encoded into lasting architecture?
Answer
Attentional allocation
Attentional allocation functions as an intrinsic gatekeeper, meaning active, mindful engagement, rather than passive exposure, dictates which synaptic changes are successfully encoded into the brain's lasting architecture.
Related Questions
What characterizes the general capacity for change known as neuroplasticity?What form of plasticity involves the brain rerouting an existing task through a different set of neural pathways?What term describes physical alterations to the brain's architecture, such as creating new synaptic connections?What are the specific time windows during early development where the brain is highly sensitive to required inputs, like language skills?How does the nature of plasticity typically differ in the adult brain compared to youth?What mechanism summarizes the principle that connections between neurons that repeatedly fire together become stronger?What is the basis for learning and memory consolidation stemming from strengthened neural circuits?What is the molecular process representing a persistent weakening of synaptic connections?What intrinsic gatekeeper determines which potential synaptic changes are encoded into lasting architecture?What determinant becomes primary for subsequent plasticity following brain damage like a stroke?