Jenna N. Adams

The paper presents a harmonized segmentation protocol for the hippocampal tail in high-resolution MRI, improving cross-study comparability through standardized definitions and consensus-based guidelines.

The paper examines how changes in functional connectivity during rest and task relate to Alzheimer's pathology and episodic memory in older adults.

This study quantifies age-related changes in brain spatial geometry using structural MRIs and links these changes to cognitive impairments.

The paper examines how aging, Alzheimer's pathology, and APOE4 genotype affect longitudinal functional connectivity and episodic memory in older adults.

The paper investigates how amyloid-beta accumulation in specific brain regions relates to memory deficits in preclinical Alzheimer's disease, finding a selective impact on temporal memory.

This study shows that NODDI metrics better predict Alzheimer's disease pathology and cognitive decline than traditional diffusion tensor imaging metrics in medial temporal lobe white matter.

The paper surveys QC practices for hippocampal subfield segmentation in MRI and provides recommendations to improve reliability and reporting.

The paper investigates two neuroinflammatory markers, YKL-40 and GFAP, and their associations with cerebrovascular injury, amyloid-beta, and downstream neurodegeneration in older adults without dementia.

This paper compares cytoarchitectonic delineations of medial temporal lobe subregions by four neuroanatomists, finding higher agreement in some areas and less in others.

This study examines how network integration and centrality in the medial temporal lobe during NREM sleep relate to emotional memory retention in older adults.

The paper identifies a pathological brain state in Alzheimer's disease linked to cognitive decline and neurodegeneration, suggesting it as a target for neuromodulation.

The paper examines the relationship between entorhinal-hippocampal circuit integrity, mnemonic discrimination, and amyloid-β pathology in older adults using fMRI and PET.

The paper examines how age-related changes in brain network segregation correlate with Alzheimer's pathology and memory decline using fMRI and PET.