Abbott Structural Heart - Nugra Karsera

Abbott Structural Heart

Source: SJM/Abbott Website	AMPLATZER™ DUCT OCCLUDER Self-expanding device designed for closure of a patent ductus arteriosus Retention skirt built to provide secure positioning within the ductus and reduce embolization Device can be easily recaptured and redeployed for optimal placement Nitinol and interwoven polyester romote occlusion and tissue in-growth ? 98.4% closure at 6 months More information here.
Source: SJM/Abbott Website	AMPLATZER™ DUCT OCCLUDER II Designed to treat patent ductus arteriosus (PDA), one of the most common of all congenital heart anomalies, the AMPLATZER™ Duct Occluder II conforms to a variety of ducts while achieving complete closure from a pulmonary or aortic approach. More information here.
Source: SJM/Abbott Website	AMPLATZER™ SEPTAL OCCLUDER Minimally invasive transcatheter closure is the primary treatment option for secundum atrial septal defects (ASD).1 The AMPLATZER™ Septal Occluder is the proven standard of care in transcatheter ASD closure. It is designed to appose the septal wall on each side of the defect and create a platform for tissue in-growth after implantation. DESIGNED FOR ASD CLOSURE Shape-memory Nitinol mesh securely apposes both sides of the septal wall. A wide waist centers the device and fills the ASD. Polyester material promotes occlusion and tissue in-growth. Device can be recaptured and redeployed for precise placement. More information here.
Source: SJM/Abbott Website	AMPLATZER™ PFO OCCLUDER The AMPLATZER™ PFO Occluder is a double-disc device comprised of Nitinol mesh and polyester fabric. It has been designed to close all types of patent foramen ovale (PFO) with an easy-to-perform deployment procedure. EXCELLENT CLINICAL RESULTS High closure rates, with 94% of patients showing effective closure (0 – 9 microbubbles at both rest and Valsalva) at 6 months Extensive clinical experience with over 60,000 devices implanted worldwide Nitinol and polyester construction promotes endothelialisation ENGINEERED TO FIT ALL PFO ANATOMIES Flexible, narrow waist keeps each disc well apposed to the septal wall Multiple device sizes to select the best fit for unique patient anatomy Easily recaptured and repositioned for precise placement More information here.
Source: SJM/Abbott Website	AMPLATZER™ MUSCULAR VSD OCCLUDER Ventricular septal defects (VSDs) are the most commonly found congenital heart defect. The AMPLATZER™ Muscular VSD Occluder was specially designed to close complex muscular VSDs, including in patients considered to be high risk for standard surgical repair. ENGINEERED FOR COMPLETE CLOSURE Device waist centers and fills the defect. Polyester material promotes occlusion and tissue in-growth. 7 mm waist length accommodates the thickness of the muscular ventricular septal wall. PROCEDURAL FLEXIBILITY Symmetrical design allows a femoral or arterial delivery approach. Designed to be recaptured and redeployed for precise placement. More information here.
Source: SJM/Abbott Website	AMPLATZER™ AMULET™ LEFT ATRIAL APPENDAGE OCCLUDER DESIGNED TO COMPLETELY SEAL THE WIDEST RANGE OF LAA ANATOMY Flexible Nitinol braid allows the device to conform to different types of LAA anatomy. Available in the most complete range of sizes to seal LAAs with landing zones from 11 to 31 mm in diameter. Proximal device positioning allows for placement regardless of distal anatomy or existence of multiple distal lobes. CONTROLLED DEVICE POSITIONING WITH MINIMAL STEPS ? Preloaded to streamline preparation. Single piece cable designed for ease of device delivery and better control during deployment. Longer waist allows for more flexible placement within the LAA. Can be fully repositioned and recaptured for optimal placement. More information here.
Source: SJM/Abbott Website	AMPLATZER PICCOLO™ OCCLUDER Piccolo™ Occluder is a percutaneous, transcatheter occlusion device intended for the nonsurgical closure of a patent ductus arteriosus (PDA), specifically designed for preemies and newborns. Piccolo™ Occluder is a self-expanding, nitinol mesh occlusion device. More information here.