Articles

Sebastien Knecht, Hicham Skali, Mark D. O'Neill, Matthew Wright, Seiichiro Matsuo, Ghulam Muqtada Chaudhry, Charles I. Haffajee, Isabelle Naul, Geert H.M. Gijsbers, Frederic Sacher, Francois Laurent, Michel Montaudon, Olivier Corneloup, Me‘Le’Ze Hocini, Michel Haissaguerre, Michael V. Orlov, And Pierre Jais

The EP navigator enabled accurate live integration of CT images and real-time fluoroscopy. Registration utilizing catheter placement or heart contours was stable and reliable.

Europace May 2008

Joris Ector, Stijn De Buck, Wim Huybrechts, Dieter Nuyens, Steven Dymarkowski, Jan Bogaert, Frederik Maes, Hein Heidbüchel

EP navigator can be used as a safe and accurate standalone method to guide AF ablation procedures with a substantial reduction in total patient radiation dose.

Heart Rhythm July 2008

Jin-Hong Gerds-Li, Min Tang, Charalampos Kriatselis, Mathias Roser, Stephan Goetze, Dingsheng He, Eckard Fleck

3D ATG protocol using left atrial injection and rapid ventricular pacing.

Journal of Interventional Cardiac Electrophysiology (2009) 26:101-107

Charalampos Kriatselis, Min Tang, Mattias Roser, Eckart Fleck, Hong Gerds-Li

Intra-procedural 3D ATG is feasible and provides anatomical information of high diagnostic value for atrial fibrillation ablation.

Europace Dec 2008

Jonathan H. Li, Moti Haim, Babak Movassaghi, Jeffrey B. Mendel, G. Muqtada Chaudhry, Charles I. Haffajee, Michael V. Orlov

3D rotational atriography overlay provides valuable and accurate on 3D surface outline and endoscopic PV location with reduced radiation exposure.

Heart Rhythm 2009; 6:231-237

MICHAEL ORLOV, MD
A how-to guide on using EP navigator and practical approaches to acquiring a 3D ATG image.

Heart Rhythm December 2009, Video

Jeroen Stevenhagen, MD, Pepijn H. Van Der Voort, MD, Lukas R.C. Dekker, MD., Ph.D., Roland W.M. Bullens, Ph.D., Harrie Van Den Bosch, M.D., and Albert Meijer, M.D., Ph.D.

CT overlay for PV isolation is feasible and may, in comparison to conventional LA navigation systems, shorten procedural time without increases in radiation burden.