Keywords: Traumatic Brain Injury, Brain, Trauma, Oxidative Stress, Quantitative Imaging, Spectroscopy
Motivation: Intimate partner violence (IPV) leads to brain injuries (BIs) in women, yet the neurobiological impact is less studied than in male-dominated BI contexts. This study uses magnetic resonance spectroscopy (MRS) to address this gap.
Goal(s): To examine metabolic changes in IPV-related BIs, focusing on neurometabolites like glutathione (GSH) and N-acetylaspartate (NAA) in relation to injury and strangulation severity.
Approach: Using MRS with the HERCULES sequence, we assessed neurometabolites in the posterior cingulate gyrus of 29 women, applying parametric and non-parametric tests.
Results: Higher GSH in the BI group suggests oxidative stress adaptation; NAA showed potential decreases. No significant differences appeared in strangulation analyses.
Impact: This research showcases the unique application of advanced MRS techniques in an understudied population, underscoring the critical need for gender-specific studies in repetitive neurotrauma.
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