The specialized field examining the precise relationship between circulating and central nervous system (CNS) neurosteroids and hormones and quantifiable aspects of executive function, memory, and processing speed. This domain investigates how endocrine status directly modulates neural efficiency and plasticity. We specifically look at how optimizing factors like thyroid status or androgen balance supports higher-order cognition.
Origin
This area is a fusion of cognitive neuroscience and classical endocrinology. It recognizes that hormones, traditionally viewed as systemic regulators, exert profound, measurable effects within the brain parenchyma. The term emphasizes the performance aspect—the functional output of the nervous system.
Mechanism
Hormones influence cognition by binding to specific nuclear or membrane receptors within neurons, modulating gene expression related to synaptic plasticity, or altering neurotransmitter receptor sensitivity. For instance, adequate estrogen levels support hippocampal function critical for memory consolidation. Alterations in cortisol rhythmicity directly impact prefrontal cortex efficiency related to executive control.
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