Molly B Memel
About
Dr. Molly Memel is a clinical neuropsychologist based in San Francisco, California, with a research and clinical focus on cognitive aging, neurodegenerative disease, and neuropsychological functioning across the lifespan. She holds a PhD and is board certified through ABPP.
Her published work, which spans 15 peer-reviewed articles, addresses questions at the intersection of aging, brain health, and behavior. She has contributed to research on frontotemporal dementia, including studies examining sex differences in its clinical manifestation and behavioral phenotypes in autosomal dominant forms of the disease. Additional publications explore how physical activity relates to synaptic integrity markers in older adults, the role of immune functioning in cognitive aging, and how APOE genotype moderates hippocampal blood flow and memory. Her work has appeared in journals including Alzheimer's and Dementia, Hippocampus, and Brain, Behavior, and Immunity. One published study examines autobiographical memory for stressful events in veterans with PTSD, reflecting a broader interest in memory functioning across clinical populations. She is licensed in California.
Credentials
Publications
- Sex differences in the clinical manifestation of autosomal dominant frontotemporal dementia.
- Sex differences in clinical phenotypes of behavioral variant frontotemporal dementia.
- Sex differences in the executive and behavioral reserve of autosomal dominant frontotemporal dementia.
- Late-life physical activity relates to brain tissue synaptic integrity markers in older adults.
- Relationship between objectively measured physical activity on neuropathology and cognitive outcomes in older adults: Resistance versus resilience?
- Autobiographical recall of a stressful negative event in veterans with PTSD.
- APOE moderates the effect of hippocampal blood flow on memory pattern separation in clinically normal older adults.
- Sexual dimorphism of physical activity on cognitive aging: Role of immune functioning.
- The relationship between episodic detail generation and anterotemporal, posteromedial, and hippocampal white matter tracts.
- Working memory predicts subsequent episodic memory decline during healthy cognitive aging: evidence from a cross-lagged panel design.
Request CV and rates
Tell us about your case and we'll connect you with Molly B Memel within two business days.
Other experts
Verified specialists available for your case.
