Neil G. Harris

This study shows that chronic sensory hypersensitivity after repeat concussion contributes to cognitive deficits under increased sensory load in mice.

The paper evaluates NeuroCombat's effectiveness in harmonizing multi-site neuroimaging data from TBI rat models, showing improved statistical power and effect size after outlier removal and global sham population harmonization.

The paper introduces an unbiased whole-brain analysis method to quantify injury burden after traumatic brain injury, showing it is statistically robust and captures longitudinal changes without preselected ROIs.

The paper develops a deep learning method for mouse MRI brain segmentation using global positional encoding, achieving high accuracy and outperforming existing methods.

This study shows that CIMT provides temporary behavioral benefits but lasting changes in brain circuits after TBI in rats.

The paper investigates acute rapamycin treatment in a maternal inflammation mouse model of autism, showing rapid rescue of behavioral and functional dysfunctions linked to mTOR pathway activation.

This study compares the effects of hand and electric drilling craniectomy on TBI in rats, finding that electric drilling causes more tissue damage and seizures.

This study compares two functional connectivity measures in a rat TBI model, finding distinct temporal and spatial changes in connectivity patterns post-injury.

This study investigates how skull anatomy influences brain injury patterns in rodents, showing that temporal ridge thickening focuses mechanical forces and causes specific neuropathology.

This study shows that DHA enhances stem cell function in the SVZ and restores olfactory neurogenesis and function in aged mice through EGF receptor and PI3K/AKT pathway activation.