Cardiology 2007
Cardiology 2006
Cardiology 2005
Cardiology 2004
Cardiology 2003
Cardiology 2002

Cardiology Non-Peer Reviewed Publications 2003-2006

Neuro – Interventional 1988-2007

Interventional Radiology

Stereotaxis White Papers
 

Remote-controlled catheter ablation of accessory pathways: results from the magnetic laboratory Chun JK, Ernst S, Mathews S, Schnidt B, Bansch D, Boczor S, Ujely A, Antz M, Ouyang F, Kuck KH.


Accurate and Reproducible Target Navigation with the Stereotaxis Niobe Magnetic Navigation System
Armacost M.P., Adair J., Munger T., Viswanathan R., Creighton F.M., Curd D.T., Sehra R.


Challenges and Solution for Difficult Implantations of CRT Devices: The Role of New Technology and Techniques
Shepard R.K., Ellenbogen K.A.


Remote Navigation and Ablation of Atrial Fibrillation
Pappone C., Santinelli V.


Sequential Mapping Mimicking Simultaneous mapping Using Magnetic navigation During Catheter Ablation of Supraventricular tachycardia: Results of the Single DX Study
Ernst S, Chun JKR, Ujeyl A, Ouyang F, Kuck KH


Advances in the Approaches to Ablation of Complex Arrhythmias
Thorton A.S., Jordaens L.J.


Initial Clinical Experience with Cardiac Resynchronization Therapy Utilizing a Magnetic Navigation System
Peter Gallagher, M.D., Laura Martin, R.N., Lori Angel, R.N., Gery Tomassoni, M.D.


Three-dimensional rotational angiography of the left atrium and esophagus—A virtual computed tomography scan in the electrophysiology lab?
Michael V. Orlov, MD, PhD, Peter Hoffmeister, MD, G. Muqtada Chaudhry, MD, Ibrahim Almasry, MD, Geert H. M.Gijsbers, PhD, Tammee Swack, RTR, Charles I. Haffajee, MD



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Robotic Magnetic Navigation for Atrial Fibrillation Ablation
Carlo Pappone, MD, PHD, Gabriele Vicedomini, MD, Francesco Manguso, MD, PHD,
Filippo Gugliotta, BE, Patrizio Mazzone, MD, Simone Gulletta, MD, Nicoleta Sora, MD,
Simone Sala, MD, Alessandra Marzi, MD, Giuseppe Augello, MD, Laura Livolsi, MD,
Andreina Santagostino, MD, Vincenzo Santinelli, MD

Left Ventricular Lead Placement Within a Coronary Sinus Side Branch Using Remote Magnetic Navigation of a Guidewire – A Feasibility Study
Maximo Rivero-Ayerza, M.D., Andrew Thornton, M.D., Dominic A.M.J. Theun, PhD., Marcoen F. Scholton, M.D. Joris M. Mekel, M.D., Jan Res, M.D., PhD., Luc J. Jordaens, M.D., PhD.

Initial Experience with a Magnetic Navigation System for Percutaneous Coronary Intervention in Complex Coronary Artery Lesions
Satya Reddy Atmakuri, M.D., Eli I. Lev, M.D., Carlos Alviar, M.D., Edward Ibarra, RRT, Albert E Raizner, M.D., Stuart L. Solomon, M.D., Neal S. Kleiman, M.D.

Remote Controlled Magnetically Guided Pulmonary Vein Isolation in Canines
Scott Greenburg, M.D., Walter Blume, Mitchell N. Faddis, M.D. PhD., Jennifer Finney, BS., Andrew Hall, PhD., Michael Talcott, DVM., Bruce Lindsay M.D.
Radiofrequency Ablation of Atrioventricular Nodal Reentrant Tachycardia using a Novel Magnetic Guidance System Compared with a Conventional Approach
Roger Kerzner, M.D., Jose Maurcio Sanchez, M.D., Judy Osborn, RN., Jane Chen, M.D., Mitchell N. Faddis, M.D., PhD., Marye J. Gleva, M.D., Bruce D. Lindsay, M.D., Timothy W. Smith, DPhil., M.D.

Magnetic navigation system used successfully to cross a crushed stent bifurcation that failed with conventional wires
Ramcharitar S, Patterson MS, Van Geuns RJ, Serruys PW


Successful ablation of a concealed parahisian accessory pathway using a remote magnetic navigation system following failure by conventional methods
Davis DR, Tang AS, Birnie DH, Gollob MH


Magnetic navigation in percutaneous coronary intervention
Patterson MS, Schotten J, Van Mieghem CKiemeneij F, Serruys PW


Magnetic left ventricular lead implantation assisted by magnetic navigation in a patient with a persistent left superior vena cava
Rivero-Ayerza M, Van Belle Y, Mekel J, Jordaens LJ


Remote-controlled magnetic ablation of a right anterolateral accessory pathway-the superior caval vein approach
Chun JK, Schmidt B, Kuck KH, Ernst S


[New therapy possibilities for arrhythmias using catheter ablation] Article in German
Ernst S and Kuck KH


[First results with catheter and magnetically guided and detached polymerized ferromagnetic particle filaments and heat induced particle release using Stereotaxis Niobe system] Article in German
Baumann M, Mahnken A, Floren M, Gunther RW, Muler-Schulte D, Schmitz-Rode T


[Current status of catheter ablation for atrial fibrillation] Article in German
Ernst S and Kuck KH


Magnetic Assisted Navigation in Electrophysiology and Cardiac Resynchronization: A Review
Andrew S. Thornton, MBBCh; Maximo Rivero-Ayerza M, MD: Jordaens LJ,PhD.


Remote Magnetic Navigation to Map and Ablate Left Coronary Cusp Ventricular Tachycardia
J. David Burkhardt, MD: Walid I. Saliba, MD: Robert A. Schweikert, MD: Jennifer Cummings, MD: Andrea  Natale, MD


How to Perform Encircling Ablation of the Left Atrium
Carlo Pappone, MD., PhD: Vincenzo Santinelli, MD.


Remote Magnetic Navigation for Mapping and Ablating Right Ventricular Outflow Tract Tachycardia
Andrew S. Thornton, MBBCh; Luc J. Jordaens, MD, PhD.


Use of Advanced Mapping and Remote Magnetic Navigation to Ablate Left Ventricular Fascicular Tachycardia
Andrew S. Thornton; Jan Res; Joris M. Mekel; Luc J. Jordaens.


Use of Magnetic Navigation to Facilitate Transcatheter Alcohol Septal Ablation for Hypertrophic Obstructive Cardiomyopathy
Richard G. Bach, MD; Christopher Leach, MD; Simon A. Milov, MD; Bruce D. Lindsay, MD.


Magnetic Navigation in AV Nodal Re-Entrant Tachycardia Study:Early results of Ablation with One- and Three-Magnet Catheters.
A.S. Thornton; P. Janse; D.A.M.J. Theuns; M.F. Sholten; L.J. Jordaens.
 

Perspectives on the Development of a Magnetic Navigation System for Remote Control of Electrophysiology Catheters (Editorial)
Bruce D. Lindsay, MD.
 

Guidewire Navigation in Coronary Artery Stenoses Using a Novel Magnetic Navigation System:First Clinical Experience
Keiichi Tsuchida, MD; Hector M. Garcia-Garcia, MD; Willem J. van der Giessen, MD, PhD; Eugene P. McFadden, MD, FRCPI; Martin van der Ent, MD, PhD; Georgios Sianos, MD, PhD; Hans Meulenbrug, BSc; Andrew T.L. Ong, MBBS, FRACP; Patrick W. Serruys, MD, PhD.


Magnetic Guidance for Percutaneous Coronary Intervention: Is it Attractive? (Editorial)
George W. Vetrovec, MD.

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Magnetic Navigation in a Coronary Phantom: Experimental Results
Hector M. Garcia-Garcia, M.D., Keiichi Tsuchida, M.D., PhD., Hans Meulenbrug, Andrew T.L. Ong, MBBS, FRACP, Willem J van der Giessen, M.D. PhD., Patrick Serruys, M.D., PhD.


Use of the Novel Magnetic Navigation System Niobe in Percutaneous Coronary Interventions; The Hamburg Experience
Klaus Hertting, M.D., Sabine Ernst, M.D., Fabian Stahl, M.D., Shibu Mathew, Hans Meulenbrug, Jacobus Reimers, M.D., Karl-Heinz Kuck, M.D., Korff Krause, M.D.


Feasibility and Safety of Guidewire Navigation Using a Magnetic Navigation System in Coronary Artery Stenoses
Keiichi Tsuchida, M.D., PhD., Hector M. Garcia-Garcia, M.D., Shuzou Tanimoto, M.D., Andrew T.L. Ong, MBBS, FRACP, Ruchir Sehra, M.D., Martin van der Ent, M.D., Georgios Sianos, M.D., PhD., Willem J van der Giessen, M.D. PhD., Patrick Serruys, M.D., PhD.


Images in Cardiology – Left Ventricular Lead Placement Within a Coronary Sinus Side Branch, Using Only a Floppy Guide Wire and Magnetic Navigation
A.S. Thornton, M. Alings, M.F. Scholten, and L.J. Jordaens


Atrial fibrillation ablation: state of the art
Pappone C and Santinelli V



Magnetic Wire Navigation in PCI:  Should Magnetism “Attract” the Interventionalist’s Attention? (Editorial)
Roderick B. Meese, MD.


Remote Catheter Ablation of Parahisian Accessory Pathways Using a Novel Magnetic Navigation System – A Report of Two Cases
Sabine Ernst, MD; Hitoshi Hachiya, MD; Julian K.R. Chun, MD; Feifan Ouyang, MD.


Potential Applications of Magnetic Navigation in Clinical Electrophysiology
Prof L.J. Jordaens, Dr. M. Rivero-Ayerza, Dr. A. Thornton.


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Initial Experience With Remote Catheter Ablation Using a Novel Magnetic Navigation System-Magnetic Remote Catheter Ablation
Sabine Ernst, MD; Feifan Ouyang, MD; Christian Linder, MD; Klaus Hertting, MD; Fabian Stahl, MD; Julian Chun, MD; Hitoshi Hachiya, MD; Dietmar Bansch, MD; Matthias Antz, MD; Karl-Heinz Kuck, MD


Modulation of the Slow Pathway in the Presence of a Persistent Left Superior Caval Vein using the Novel Magnetic Navigation System Niobe
Sabine Ernst, MD; FeifanOuyang, MD; Christian Linder, MD; Klaus Hertting, MD; Fabian Stahl, MD; Julian Chun, MD; Hitoshi Hachiya, MD; Ulrike Krumsdrof,MD; Matthias Antz, MD; Karl-Heinz Kuck, MD



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Magnetic Guidance System for Cardiac Electrophysiology - A Prospective Trial of Safety and Efficacy in Humans
Mitchell N. Faddis, MD, PhD, FACC; Jane Chen, MD, FACC; Judy Osborn, RN; Michael Talcott, DVM; Michael E. Cain, MD, FACC; Bruce D. Lindsay, MD, FACC


Magnetic Catheter Manipulation
Mitchell N. Faddis, MD, PhD and Bruce D. Lindsay, MD


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Novel, Magnetically Guided Catheter for Endocardial Mapping and Radiofrequency Catheter Ablation
Mitchell N. Faddis, MD, PhD; Walter Blume, BS; Jennifer Finney, BS; Andrew Hall, PhD; John Rauch, BS; Jon Sell, BS; KyongtaeTy Bae, MD, PhD; Michael Talcott, DVM; Bruce Lindsay, MD


Remote control of a magnetic electrophysiology catheter allows precise intracardiac navigation and eliminates radiation exposure to the operator
Mitchell N. Faddis, Kyongtae T. Bae, Michael Talcott, Andrew Hall, Jennifer Dehne, John Rauch, Bruce D. Lindsay, Scott Klimek, Washington University School of Medicine, St. Louis, Missouri, Stereotaxis, Inc., St. Louis, Missouri


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Stereotaxis magnetic navigation in an Advanced Electrophysiology Lab: the Northeast Georgia Medical Center Experience
Ramaswammy K, and Ahn J.


A perfect Fit for Patients and Clinicians: Improving Quality of Care with Stereotaxis and the EnSite System Navigation and Visualization System
Katsiyiannis W, Ervin V, Leverence K, Matelski J, Melby DP.


Spotlight Interview: Methodist Hospital
Howard Mattingly, RN, Team Leader of Methodist Hospital EP Lab, Indianapolis, Indiana


Remote Magnetic Navigation: A New Tool for Challenging Ablation Cases
Stanislav Weiner, MD, FACC; Peter Cheung, MD.


A Guiding Power: Magnets used to steer catheters in ablation and PCI procedures have the potential to transform cath and EP lab efficiency
Sieb, Larry


Massachusetts General Hospital Installs AXIOM Artis dFC Magnetic Navigation System System Assists Clinicians in Improving Ease and Accuracy of Catheter Procedures
EP Lab Digest


Initial U.S. Experience with Magnetic Assisted Coronary Intervention (MAI): Trinity Mother Frances Health System Initiates MAI Utilizing Siemens’ Innovative AXIOM Artis dFC Magnetic Navigation System™
Roderick B. Meese, MD.


Magnetic Navigation in the EP Lab Is Now a Reality
Gery Tomassoni, MD.


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Neuroendovascular magnetic navigation: clinical experience in ten patients
Guilherme Dabus, Ronald J. Gerstle, DeWitte T. Cross III, Colin P. Derdeyn and Christopher J. Moran


Magnetic Versus Manual Guidewire Manipulation in Neuroradiology:  In Vitro Results
T. Krings; J. Finney; P. Niggemann; P. Reinacher; N. Luck; A. Drexler; J. Lovell; A. Meyer; R. Sehra; P. Schauerte; M. Reinges; F.J. Hans; A. Thron.


Performance of Magnetic Field-Guided Navigation System for Interventional Neurosurgical and Cardiac Procedures
James C.H. Chu; Wen Chien His; Lincoln Hubbard; Yunkai Zhang; Damian Bernard; Pamela Reeder; Demetrius Lopes.


Experimental Study of the Magnetic Stereotaxis System for Catheter Manipulation within the Brain
M. Sean Grady, MD; Matthew A. Howard III, MD; Ralph G. Dacey, Jr., MD; Walter Blume; Michael Lawson; Peter Werp; Rogers C. Ritter, PhD.


Magnetically Guided Stereotaxis
M.A. Howard III; R.G. Dacey; R.C. Ritter; M.S. Grady; G.T. Gillies.


Magnet on the Brain, safer neurosurgery with magnetically steered implants
Yam P.


Optimal Realization of Arbitrary Forces in a Magnetic Stereotaxis System
David C. Meeker; Eric H. Maslen; Rogers C. Ritter; Francis M. Creighton.


Characteristics of an Improved Magnetic-Implant Guidance System
Robert G. McNeil; Rogers C. Ritter; Bert Wang; Michael A. Lawson; George T. Gillies; Kevin G. Wika; Elizabeth G. Quate; Matthew A. Howard III; M. Sean Grady.


Functional Design Features and Initial Performance Characteristics of a Magnetic-Implant Guidance System for Stereotactic Neurosurgery
Robert G. McNeil; Rogers C. Ritter; Bert Wang; Michael A. Lawson; George T. Gillies; Kevin G. Wika; Elizabeth G. Quate; Matthew A. Howard III; M. Sean Grady.


Magnetic Stereotaxis: A New Technique to Deliver Stereotaxic Hyperthermia
M. Sean Grady, MD; Matthew A. Howard, MD; William C. Broaddus, MD, PhD; Janelle A. Molloy, MS; Rogers C. Ritter, PhD; Elizabeth G. Quate, BS; George T. Gillies, PhD.


Nonlinear Magnetic Stereotaxis: Three-dimensional, in vivo Remote Magnetic Manipulation of a Small Object in Canine Brain
M.S. Grady; M.A. Howard, III; J.A. Molloy; R.C. Ritter; E. G. Quate; G.T. Gillies.


Preliminary Experimental Investigation of in vivo Magnetic Manipulation: Results and Potential Application in Hyperthermia
M.S. Grady, M.A. Howard, III; J.A. Molloy; R.C. Ritter; E.G. Quate; G.T. Gillies.


Magnetic Movement of a Brain Thermoceptor
Matthew A. Howard, MD; M. Sean Grady, MD; Rogers C. Ritter, PhD; George T. Gillies, PhD; Elizabeth G. Quate, BS; Janelle A. Molloy, MS.
       

Initial Experimental Results of a New Stereotaxic Hyperthermia System
M. Sean Grady, MD; Matthew A. Howard, MD; William C. Broaddus, MD, PhD; H. Richard Winn, MD; John A. Jane, MD, PhD; Rogers C. Ritter, PhD; George T. Gillies, PhD; Elizabeth G. Quate, BS; Janelle A. Molloy, MS.

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Vascular Guide Wire Navigation with a Magnetic Guidance System:  Experimental Results in a Phantom
Mirko Schiemann, MD; Reinmar Killmann, PhD; Martin Kleen, MD; Masreddin Abolmaali, MD; Jennifer Finney, BS; Thomas J. Vogl, MD.


Evalutation of Magnetic Navigation in an In Vitro Model of Uterine Artery Embolization
Tobias Dietrich, MD; Martin Kleen, MD; Reinmar Killman, PhD; Benjamin Wiesinger, MD; Jakub Wiskirchen, MD; Gunnar Tepe, MD; Claus Claussen, MD; Stephen H. Duda, MD.

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NOTE: This list of publications may include references to uses that are not approved in the U.S. Please carefully review device labeling for complete information about approved uses.

 

CRT Clinical Experience and Efficiency Review – PRO-237

Remote Magnetic Navigation in SVT Ablation Procedures:  Results of the Arrhythmia Treatment with a Thermocouple Radiofrequency Ablation Catheter (ATTRAC II) Trial – PRO-210

Remote Magnetic Navigation Is Associated with Reduced Exposure to Radiation: The Helios® Electrophysiology Ablation Remote (HEART) Clinical Trial - PRO–236

Magnetic Navigation in CRT Implantation and Cardiac Ablation Procedures:  Hospital Efficiencies and Economies – PRO-241

Magnetic Navigation Decreases Physician Exposure to Radiation – PRO-182

Magnetic Navigation in CRT Procedures:  Improved Efficiency – PRO-181

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NOTE: This list of publications may include references to uses that are not approved in the U.S. Please carefully review device labeling for complete information about approved uses.