Activation and Dynamic Connectivity Modulations of the Brain's Intrinsic Networks During Visuomotor, Response Control, and Working Memory Processes

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Functional magnetic resonance imaging reveals task-sensitive reconfiguration of intrinsic connectivity networks, indicating adaptive cognition.

Domain-specific network reconfigurations enhance adaptive cognition, providing insights into brain flexibility.
Results indicated selective increases in frontoparietal connectivity with attention networks during specific tasks.
Using functional magnetic resonance imaging and independent component analysis, brain networks were assessed during multiple cognitive tasks.
Findings highlight the importance of task context in dynamic connectivity changes, suggesting tailored interventions for cognitive enhancement.

Kurt et al. (2025) studied this question.

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Functional magnetic resonance imaging reveals task-sensitive reconfiguration of intrinsic connectivity networks, indicating adaptive cognition.