Feasibility of Real-Time MRI With a Novel Carbon Catheter for Interventional Electrophysiology | Zendy

Peter Nordbeck | Zendy; Wolfgang R. Bauer | Zendy; Florian Fidler | Zendy; Marcus Warmuth | Zendy; KarlHeinz Hiller | Zendy; Matthias Nahrendorf | Zendy; Michelle Maxfield | Zendy; S. Wurtz | Zendy; Wolfgang Geistert | Zendy; Jens Broscheit | Zendy; Peter M. Jakob | Zendy; Oliver Ritter | Zendy

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Feasibility of Real-Time MRI With a Novel Carbon Catheter for Interventional Electrophysiology

Author(s) -

Peter Nordbeck,

Wolfgang R. Bauer,

Florian Fidler,

Marcus Warmuth,

KarlHeinz Hiller,

Matthias Nahrendorf,

Michelle Maxfield,

S. Wurtz,

Wolfgang Geistert,

Jens Broscheit,

Peter M. Jakob,

Oliver Ritter

Publication year - 2009

Publication title -

circulation arrhythmia and electrophysiology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 2.684

H-Index - 102

eISSN - 1941-3149

pISSN - 1941-3084

DOI - 10.1161/circep.108.778357

Subject(s) - ablation , medicine , radiofrequency ablation , catheter , cardiac electrophysiology , radiology , catheter ablation , pericardial effusion , perforation , biomedical engineering , cardiac ablation , electrophysiology , surgery , cardiology , materials science , punching , metallurgy

Cardiac MRI offers 3D real-time imaging with unsurpassed soft tissue contrast without x-ray exposure. To minimize safety concerns and imaging artifacts in MR-guided interventional electrophysiology (EP), we aimed at developing a setup including catheters for ablation therapy based on carbon technology.

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