by Jinnan Wang, Suzanne C. Gerretsen, Jeffrey H. Maki, Caroline Jaarsma, M. Eline Kooi, Daniel Herzka, Baocheng Chu, Vasily L.Yarnykh, Chun Yuan, Tim Leiner
The aim of this study was to explore the feasibility and reproducibility of a time-efficient coronary vessel wall measurement approach using an improved motion-sensitized driven equilibrium (iMSDE) pulse sequence. Methodology
In this study, the iMSDE pulse sequence was first optimized and then applied on a group of healthy volunteers (N?=?10) to evaluate its feasibility of vessel wall visualization. The same technique was also applied on a separate group of volunteers (N?=?19) for a reproducibility study by scanning the same subject in two separate sessions. The iMSDE sequence was found to provide good coronary vessel wall delineation. It was also found to provide reproducible coronary vessel wall diameter and thickness measurements in both proximal and middle segments of the right coronary artery. Conclusion
The feasibility and reproducibility of iMSDE based coronary vessel wall imaging were demonstrated for the first time, paving the way for further testing in a clinical environment for fast and accurate coronary artery disease detection.