Complication rates , including cardiac tamponade , did not differ between groups .
Compared with the use of other catheters , AF ablation using the CF-sensing ST catheter for AF is associated with improved success rates , shorter procedure and fluoroscopy times and similar safety profile
OBJECTIVES The objective of our review was to systematic ally assess available evidence on the effectiveness , safety and efficiency of a spring sensor-irrigated contact force ( CF ) catheter ( THERMOCOOL SMARTTOUCH Catheter ( ST ) ) for percutaneous ablation of paroxysmal or persistent atrial fibrillation ( AF ) , compared with other ablation catheters , or with the ST with the operator blinded to CF data .
BACKGROUND Emerging evidence suggests improved clinical outcomes of AF ablation using CF-sensing catheters ; however , review s to date have included data from multiple , distinct CF technologies .
Reduction in radiation dose for atrial fibrillation ablation over time: A 12-year single-center experience of 2344 patients.
BACKGROUND Pulmonary vein isolation ( PVI ) is a well-established treatment of atrial fibrillation ( AF ) , with contact force (CF)-sensing catheters joining 3-dimensional mapping systems and image integration as technological advancements over the last decade . OBJECTIVE The purpose of this study was to analyze trends in radiation exposure for AF ablation over the last 12 years at our center . METHODS We review ed prospect ively collected data of 2344 consecutive PVI procedures for either paroxysmal or persistent AF between January 2004 and December 2015 . During this period , all cases used 3-dimensional mapping systems , with 8 software and 2 hardware up grade s. Primary endpoints were fluoroscopy time , absorbed dose ( Air Kerma in mGy ) , and effective dose ( mSv ) . RESULTS In total , 1914 patients underwent initial PVI , and 430 patients underwent redo PVI using radiofrequency energy . Fluoroscopy time , and absorbed and effective doses significantly and progressively decreased over the 12-year period for initial PVI as follows : 2004 - 2006 : 61 ± 27 minutes ; 2007 - 2009 : 46 ± 14 minutes , 1365 ± 1369 mGy , 11.3 ± 12.5 mSv ; 2010 - 2012 : 31 ± 11 , 464 ± 339 mGy , 9.0 ± 10.4 mSv ; and 2013 - 2015 : 17 ± 9 minutes , 304 ± 758 mGy , 5.5 ± 6.7 mSv . CF-sensing catheters were used for 357/508 PVI only cases between 2014 and 2015 . Fluoroscopy times ( 11 ± 5 vs 21 ± 8 minutes ; P < .001 ) and absorbed dose ( 200 ± 524 vs 470 ± 1326 mGy ; P = .004 ) were significantly shorter with this catheter . CONCLUSION Radiation exposure has dramatically decreased over the last decade for PVI and is related to operator experience , annual case volume , technology evolution , and more recently CF-sensing catheters . This has significant implication s for both patient and operator long-term risk
Complication rates , including cardiac tamponade , did not differ between groups .
Compared with the use of other catheters , AF ablation using the CF-sensing ST catheter for AF is associated with improved success rates , shorter procedure and fluoroscopy times and similar safety profile
OBJECTIVES The objective of our review was to systematic ally assess available evidence on the effectiveness , safety and efficiency of a spring sensor-irrigated contact force ( CF ) catheter ( THERMOCOOL SMARTTOUCH Catheter ( ST ) ) for percutaneous ablation of paroxysmal or persistent atrial fibrillation ( AF ) , compared with other ablation catheters , or with the ST with the operator blinded to CF data .
BACKGROUND Emerging evidence suggests improved clinical outcomes of AF ablation using CF-sensing catheters ; however , review s to date have included data from multiple , distinct CF technologies .