New research identifies a specific pathway where insulin resistance leads to gray matter loss and cognitive impairment in BD patients, but not those with Major Depression. This discovery opens the door for personalized treatments, such as GLP-1 agonists, to target the metabolic roots of cognitive decline.
Decoding the Metabolic Roots of Bipolar Disorder Read More »
Psychologically resilient people place less value on minor losses. This bias is driven by heightened prefrontal brain activity that helps regulate negative emotions, providing a potential neural target for training mental toughness.
How the Brain Dampens Losses to Support Mental Toughness Read More »
A new study in sheep models shows that male fetuses exposed to high levels of progesterone experience an accumulation of the SRD5A1 gene in the frontal cortex. These findings emphasize the importance of understanding how prenatal hormone exposure shapes neural pathways and predisposes offspring to various health outcomes later in life.
Progesterone Exposure Linked to Gene Alterations in Male Brains Read More »
A new study in sheep models shows that male fetuses exposed to high levels of progesterone experience an accumulation of the SRD5A1 gene in the frontal cortex. These findings emphasize the importance of understanding how prenatal hormone exposure shapes neural pathways and predisposes offspring to various health outcomes later in life. Read more at Cerebratech
Progesterone Exposure Linked to Gene Alterations in Male Brains Read More »
A landmark 16-year MRI study identified cumulative abdominal fat as a specific, modifiable risk factor for brain atrophy. The findings demonstrate that sustained reductions in visceral fat, mediated by better glucose control, are essential for preserving hippocampal volume and cognitive function in late midlife, independent of total weight loss.
Reducing Visceral Fat Protects the Brain for Decades Read More »
A landmark 16-year MRI study identified cumulative abdominal fat as a specific, modifiable risk factor for brain atrophy. The findings demonstrate that sustained reductions in visceral fat, mediated by better glucose control, are essential for preserving hippocampal volume and cognitive function in late midlife, independent of total weight loss. Read more at Cerebratech
Reducing Visceral Fat Protects the Brain for Decades Read More »
The evolution of the brain may have been the primary engine behind the Cambrian Explosion. The “Brain-First Hypothesis” suggests that increasing ecological pressure for sensory processing led to neural regionalization. This neural complexity provided the genetic blueprints that were eventually co-opted to build the diverse and complex body plans seen in arthropods and chordates today.
Brain-First Hypothesis: Rethinking the Cambrian Explosion Read More »
The evolution of the brain may have been the primary engine behind the Cambrian Explosion. The “Brain-First Hypothesis” suggests that increasing ecological pressure for sensory processing led to neural regionalization. This neural complexity provided the genetic blueprints that were eventually co-opted to build the diverse and complex body plans seen in arthropods and chordates today.
Brain-First Hypothesis: Rethinking the Cambrian Explosion Read More »
By accelerating ATP regeneration, creatine supplementation offers significant potential for enhancing cognitive processing and supporting neurological health in aging populations.
Beyond the Gym: Why Your Brain Craves Creatine Read More »
By mapping the interaction between the locus coeruleus and the anterior cingulate cortex, researchers found a mechanism that regulates the intensity of the body’s fight-or-flight responses. This discovery offers a transformative roadmap for treating Parkinson’s mobility issues and modulating stress-induced cravings in alcohol use disorder.
Brain Switch for Action and Stress Identified Read More »
