 Deep brain stimulation, DBS, devices with capability to measure differential local field potentials, dollar backslash partial, allow for simultaneous neural recordings alongside clinical therapies. To identify oscillatory correlates of various brain disorders, or disease readouts, efforts have grown but must be conducted cautiously to avoid distorting the data due to environmental factors. In this study, researchers identified, characterized, and mitigated a major source of distortion in dollar backslash partial known as mismatch compression, MC, which occurs when impedances between two recording electrodes differ. The team developed and validated an open-source mitigation pipeline to remove these distortions, enabling more reliable oscillatory readouts for adaptive DBS applications. This article was authored by Vanit Tiravati, Samuel James, Ryan Hull, and others. We are article.tv, links in the description below.