Isabella C. Wagner

This study finds no significant cognitive or spatial navigation differences in young APOE ε4 carriers compared to non-carriers using app-based navigation and cognitive tasks.

The paper introduces improved 16S rRNA V4 primers that enhance detection of underrepresented microbial lineages across diverse environments.

The paper shows saccade-based grid-like codes in the entorhinal cortex during scene image study, linked to recognition memory performance.

The paper investigates how memory training using the method of loci affects neural representations in memory athletes and novices, finding distinct prefrontal cortex patterns linked to better memory performance.

This study compares the neural networks involved in action observation between dogs and humans using fMRI, finding similar somatosensory and temporal lobe involvement but less parietal lobe engagement in dogs.

This study identifies functionally similar occipito-temporal regions in dogs and humans involved in perceiving animate entities and bodies, with humans showing additional face-specific regions.

The paper shows that entorhinal grid-like codes track others' movement in social navigation and are time-locked to network dynamics involving multiple brain regions.

The paper investigates how saccades coordinate with neural circuits and hippocampal patterns to support memory formation during visual exploration.

This study shows that mnemonic training improves durable memory formation by reducing task-based brain activation and enhancing consolidation.

This paper develops a tailored haemodynamic response function for dogs, improving fMRI detection power by accounting for species-specific differences in BOLD signal timing.

The paper investigates how hippocampal-neocortical pattern similarity and connectivity contribute to pain empathy using fMRI data from human participants.

This study shows that placebo-induced pain reduction is linked to inverse coupling between sensory-motor and salience networks during rest in humans.