Intracranial volume

Biomarker

4 papers

  • Humans4

Latest

Nov 2025: 2Dec 2025: 70Jan 2026: 13Feb 2026: 1Mar 2026: 0Apr 2026: 0May 2026: 0Jun 2026: 0Jul 2026: 1Aug 2026: 3Sep 2026: 8Oct 2026: 3101 in 12 months
Neuroradiology

Two APOE ε4 copies linked to faster hippocampal shrinkage

In 5,774 adults followed for an average of 4.7 years, carrying two APOE ε4 alleles and female sex were linked to faster hippocampal shrinkage.In 5,774 adults followed for an average of 4.7 years, carrying two APOE ε4 alleles and female sex were linked to faster hippocampal shrinkage.

Cohort study of 9,453 peoplePopulations
Brain Imaging and Behavior

Brainstem volume links to better memory in midlife

In 198 adults aged 40 to 65, larger brainstem volume tied to better memory, with the strongest link seen in participants with elevated arterial stiffness.In 198 adults aged 40 to 65, larger brainstem volume tied to better memory, with the strongest link seen in participants with elevated arterial stiffness.

Cross-sectional study of 198 peoplePopulations
Neuropsychology

Cognitive variability links to white matter tracts in older adults

In 510 older adults, higher performance variability tracked lower anisotropy in specific tracts, with an effect size of 0.09 across 7.57% of whole-brain tract volume.In 510 older adults, higher performance variability tracked lower anisotropy in specific tracts, with an effect size of 0.09 across 7.57% of whole-brain tract volume.

Cohort study of 510 peopleBiomarkers
Human Brain Mapping

White matter damage is linked to greater cortical thinning in men

In 104 older adults followed for nine years, white matter aberrations grew 7.2% annually, tracking greater cortical thinning and expanded cortical area in men.In 104 older adults followed for nine years, white matter aberrations grew 7.2% annually, tracking greater cortical thinning and expanded cortical area in men.

Cohort study of 104 peoplePopulations
Journal of Alzheimer's Disease

Vascular reactivity and gray matter shape executive function

In 120 older adults, cerebrovascular reactivity and gray matter volume interacted in parietal and occipital lobes to influence executive function.In 120 older adults, cerebrovascular reactivity and gray matter volume interacted in parietal and occipital lobes to influence executive function.

Cross-sectional study in peopleMechanisms