Andrew D. Lawrence

The paper links structural brain network properties to individual differences in future thinking abilities using MRI and psychometric data.

This study uses diffusion MRI to show that pre-commissural fornix microstructure correlates with spatial learning performance in humans.

This study investigates the functional and structural properties of hippocampal networks involved in scene and face perception using MEG and diffusion MRI in humans.

The paper uses multivariate pattern analysis on fMRI data to show scene-selective activity in multiple hippocampal regions beyond the anteromedial subicular complex and CA1.

The paper shows that individual differences in functional brain networks determine how curiosity and prediction errors affect memory.

This study investigates the role of the fornix in sequence memory by correlating its microstructure with memory performance in healthy adults.

This study replicates and extends previous findings on white matter microstructure in young APOE ε4 carriers, finding no PHCB differences but altered ILF asymmetry.

The paper characterizes subiculum-BNST connectivity in humans and macaques using tracers and diffusion MRI, finding heritability and associations with BMI, age, and sex but not stress or alcohol use.

This study uses 1H-MRS to examine excitatory/inhibitory balance in the posteromedial cortex of young APOE E4 carriers and finds no evidence of altered neurotransmitter levels.

This study investigates the role of the pre-commissural fornix in episodic memory and future simulation by correlating its microstructure with narrative richness in autobiographical interviews.

This study finds that fornix microstructure correlates with spatial learning in a virtual Morris Water Maze task in humans.

The paper investigates the relationship between scene processing in the precuneus/posterior cingulate cortex (PCu/PCC) and local neurochemical levels using fMRI and 1H-MRS, finding a positive correlation between scene-related BOLD activity and tNAA levels.

The paper links microstructural variability in white matter tracts to reaction time variability using cognitive and diffusion MRI models.

The paper investigates structural and functional brain differences in young adult APOE-ε4 carriers using multimodal imaging, finding reduced microstructural diffusion and increased activity in the posterior default mode network.