https://doi.org/10.55788/183c9203
Prof. Thomas Deneke (Heart Centre Bad Neustadt, Germany) presented practical advice on the usage of CT and MR for different scenarios in clinical electrophysiology, such as monitoring implanted active devices, before or after AF and VT ablation, and monitoring complications after electrophysiology procedures. This overview aimed to inform electrophysiologists’ decisions on which technology (CT, MR, or both) and specific techniques to use in which clinical setting [1].
A standardised protocol for the inclusion of CT and MR in the planning of catheter ablation procedures was presented: pre-procedural imaging for the acquisition of imaging data, optional post-processing of imaging data, followed by integration in the mapping system by segmentation of imaging data (i.e. automatic, semi-automatic), and finally image integration and registration.
Prof. Deneke further discussed which modality (CT or MR) is ideal for which scenario in AF and VT ablation (see summary in Figure).
Figure: CT and MR imaging for AF ablation and VT ablation [1]
To aid diagnosis of ablation-related complications, CT is suitable for the detection of atrio-oesophageal fistula, oesophageal perforation (i.v. + p.o. water soluble contrast material), vascular complications, and active bleeding. Both CT and MR are suitable for diagnosis of stroke, cerebral ischaemia, and pulmonary vein stenosis.
In summary, MRI is recommended for most workflow procedures and to indicate long-term ablation lesion scars, while CT is the modality of choice in ablation-related complications.
- Deneke T. EHRA practical guide on pre- and postprocedural cardiac imaging in electrophysiology. EHRA 2021 Congress, 23-25 April.
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Table of Contents: EHRA 2021
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Atrial Ablation
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Diagnostic Tools
EHRA Practical Guide on cardiac imaging in electrophysiology
Novel diagnostic score accurately differentiates between athlete’s heart and ARVC
The precordial R-prime wave: a discriminator between cardiac sarcoidosis and ARVC
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Antiarrhythmic drug treatment in children: evidence-based recommendations
The importance of cardiac imaging in patients with congenital heart disease
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