Chubb Henry, Williams Steven E, Whitaker John, Harrison James L, Razavi Reza, O'Neill Mark
King's College London, London, UK.
Guy's and St Thomas' NHS Foundation Trust, London, UK.
Arrhythm Electrophysiol Rev. 2017 Jun;6(2):85-93. doi: 10.15420/aer.2017.1.2.
MR-guidance of electrophysiological (EP) procedures offers the potential for enhanced arrhythmia substrate assessment, improved procedural guidance and real-time assessment of ablation lesion formation. Accurate device tracking techniques, using both active and passive methods, have been developed to offer an interface similar to electroanatomic mapping platforms, and MR-compatible EP equipment continues to be developed. Progress to clinical implementation of these technically complex fields has been relatively slow over the last 10 years, but recent developments have led to successful clinical experience. However, further advances, particularly in harnessing the full imaging potential of CMR, are required to realise the mainstream adoption of this powerful guidance modality.
磁共振引导下的电生理(EP)手术为增强心律失常基质评估、改善手术引导以及实时评估消融病灶形成提供了潜力。已经开发出使用主动和被动方法的精确设备跟踪技术,以提供类似于电解剖标测平台的界面,并且与磁共振兼容的EP设备也在不断研发。在过去10年中,这些技术复杂领域的临床应用进展相对缓慢,但最近的发展已带来了成功的临床经验。然而,需要进一步推进,特别是在充分利用心脏磁共振成像的全部潜力方面,以实现这种强大引导方式的主流应用。