Ms. Ying Wei Profile

Ying Wei

at Northeastern Univ

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Proceedings Article | 15 February 2021 Presentation + Paper

Establishing surface correspondence for post-surgical cortical thickness changes in temporal lobe epilepsy

Yue Liu, Dario Englot, Victoria Morgan, Warren Taylor, Ying Wei, Ipek Oguz, Bennett Landman, Ilwoo Lyu

Proceedings Volume 11596, 115960Y (2021) https://doi.org/10.1117/12.2580808

KEYWORDS: Epilepsy, Shape analysis, Spherical lenses, Control systems, Brain, Tissues, Particles

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In pre- and post-surgical surface shape analysis, establishing shape correspondence is necessary to investigate the postoperative surface changes. However, structural absence after the operation accompanies focal non-rigid changes, which leads to challenges in existing surface registration methods. In this paper, we present a fully automatic particle-based method to establish surface correspondence that can handle partial structural abnormality in the temporal lobe resection. Our method optimizes the coordinates of points which are modeled as particles on surfaces in a hierarchical way to reduce a chance of being trapped in a local minimum during the optimization. In the experiments, we evaluate the effectiveness of our method in comparison with conventional spherical registration (FreeSurfer) on two scenarios: cortical thickness changes in healthy controls within a short scan-rescan time window and patients with temporal lobe resection. The postsurgical scan is acquired at least 1 year after the presurgical scan. In region of interest-wise (ROI-wise) analysis, no changes on cortical thickness are found in both methods on the healthy control group. In patients, since there is no ground truth available, we instead investigated the disagreement between our method and FreeSurfer. We see poorly matched ROIs and large cortical thickness changes using FreeSurfer. On the contrary, our method shows well-matched ROIs and subtle cortical thickness changes. This suggests that the proposed method can establish a stable shape correspondence, which is not fully captured in a conventional spherical registration.

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