

New Research Pinpoints Midlife Brain Decline & How to Slow It
May 12, 2025
In this engaging conversation, Dr. Lily Mujica-Parodi, a leader in metabolic neuroscience at Stony Brook University, shares insights on midlife brain decline. She highlights how insulin resistance may initiate cognitive issues and discusses a critical age window for metabolic interventions. The power of ketones in restoring brain function takes center stage, along with lifestyle choices like diet and exercise to protect against decline. Discover the importance of understanding brain control circuits and proactive strategies for long-term cognitive health!
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Brain Control Circuits and Disease
- The brain maintains stability through control circuits to keep physiological functions balanced.
- Disease occurs when these control mechanisms degrade, causing a cascade of worsening imbalances.
Neuronal Insulin Resistance Insight
- Insulin resistance in neurons likely drives brain hypometabolism linked to dementia.
- Ketones may bypass this insulin resistance, potentially reversing early decline effects.
Brain Aging Linked to Insulin Dependence
- Brain regions aging fastest are those dependent on insulin-sensitive GLUT4 glucose transporters.
- Gene expression links APOE4 risk to insulin signaling, supporting insulin resistance as a key factor.