WebAug 7, 2024 · The Paracor HeartNet (Paracor Medical, Inc., Sunnyvale, Calif) is an investigational elastic ventricular restraint device developed for patients with heart failure in whom standard therapy has failed. The device is composed of nitinol mesh and is implanted around the ventricles through a minithoracotomy. The elasticity of the device is expected ... WebJul 25, 2014 · Paracor HeartNet device • Data on the Paracor HeartNet device are available on 51 patients with heart failure, its use was associated with - significant improvement in 6-minute walk test (P = 0.002) - MLWHFQ score (P =0.002) - improvement in echocardiographic findings • A multicenter RCT, the PEERLESS-HF trial (Prospective …
Prospective Evaluation of Elastic Restraint to LESSen the Effects …
WebCase Discussion. The HeartNet (Paracor Medical) was an experimental device that aimed at improving outcomes in heart failure but failed to show significant benefit in a randomized … WebJun 9, 2024 · Introduction: The HeartNet™ Ventricular Support System (Paracor Medical, Inc, Sunnyvale CA) is a nitinol mesh device designed to improve clinical outcomes in patients with LV systolic dysfunction. The device is implanted via mini-thoracotomy using a custom designed delivery system and provides gentle elastic restraint to favorably alter … creche passy
The promising future of ventricular restraint therapy for the ...
WebJan 1, 2024 · Paracor HeartNet The HeartNet system ( Fig. 8.6 ) is made up of an expandable, mesh-like wrap (the HeartNet) that is placed permanently around the left … WebFeb 1, 2008 · The Paracor HeartNet CSD is a passive, biventricular restraint device consisting of a NiTinol wire mesh. It is designed to be flexible and elastic, to achieve a high degree of conformability to ... WebMar 1, 2024 · The Paracor HeartNet is a flexible VRD that has been developed for patients with dilated HF. HeartNet can be implanted around the heart through a mini-thoracotomy using an introducer sheath ( Fig. 3 A&B), which adheres to the heart by a textured inner surface [ 44] to decrease the wall stress and potentially reverse myocardial remodeling. buckeye pho