Emily Goard Jacobs

The paper identifies menarche as an inflection point for mental health and brain development in adolescent females using longitudinal data.

The paper analyzes sex differences in brain networks across the lifespan using a new AI-based method, finding minimal differences in early childhood, pronounced in adulthood, and diverging in later life.

This study investigates the neurobiological correlates of endometriosis by integrating neuroimaging, biofluids, and cognitive assessments, finding pain-related brain structure and microstructure changes in affected individuals.

This study investigates how the estrous cycle affects hippocampal spine dynamics, dendritic processing, and spatial coding in female mice using in vivo imaging.

The paper examines how contraceptive and hormone-related functional brain networks vary across the menstrual cycle using fMRI and hormone data from two longitudinal datasets, finding individual-specific and generalizable patterns influenced by hormonal contraceptives.

This study maps neuroanatomical changes in a human brain from preconception to two years postpartum, revealing decreases in gray matter and increases in white matter integrity.

The paper examines diurnal changes in steroid hormones and brain morphology in a human male using repeated MRI and serological assessments.

The paper examines diurnal hormone fluctuations and their link to brain functional connectivity in a man, finding positive associations between testosterone, cortisol, and estradiol with whole-brain coherence.

The paper examines how hormonal fluctuations during the menstrual cycle affect brain network states using edge time series analysis in a single individual.

This study compares dopamine synthesis and cognitive flexibility between hormonal contraceptive users and non-users using PET imaging and behavioral assessments.

This study examines how sex steroid hormones affect cerebellar network dynamics across the menstrual cycle using resting-state functional connectivity.

The paper uses dynamic community detection to analyze brain imaging data from a female over her menstrual cycle, revealing transient reorganization of functional brain networks during ovulation.

This study investigates how progesterone fluctuations affect medial temporal lobe volume in humans across the menstrual cycle and finds that progesterone dynamically shapes this volume, with chronic suppression altering these effects.

This study shows how sex hormones like estrogen and progesterone influence brain network dynamics across the menstrual cycle, with estrogen promoting network coherence and progesterone reducing it, particularly in hormone-sensitive hubs.