Key result
Percutaneous direct ventricular puncture enables successful catheterization in 8 patients despite a hemothorax complication.
Why the study?
Access to the right or left ventricle for percutaneous interventions is limited in patients with mechanical prostheses in tricuspid, mitral, or aortic positions.
Is percutaneous direct ventricular puncture feasible and safe for diagnostic and interventional catheterization in patients with mechanical prostheses?
Case Report (n=8)
Is percutaneous direct ventricular puncture feasible and safe for diagnostic and interventional catheterization in patients with mechanical prostheses?
Answers are grounded in this paper and cite their sources.
Percutaneous direct ventricular puncture is a feasible alternative access route for interventions in patients with mechanical valves, though attention to intercostal anatomy is required to avoid bleeding complications.
OBJECTIVE: To describe our experience in a case series of patients requiring percutaneous direct ventricular puncture and sheath placement for diagnosis or intervention. BACKGROUND: Access to the right or left ventricle for percutaneous interventions is limited in patients with mechanical prostheses in either the tricuspid, or mitral and aortic positions. METHODS: After coronary angiography, direct ventricular puncture under ultrasound and fluoroscopic guidance was performed. At end of case, protamine was given to reverse the heparin, and sheaths were pulled with purse-string suture closure of the skin entrance. RESULTS: For right ventricular access, 8- to 9-F sheaths were placed from subxiphoid approach in 2 patients to allow conduit and pulmonary artery interventions. For left ventricular access in patients with mitral and aortic prostheses, 4- to 8-F sheaths were placed from apical approach to allow diagnostic evaluation in 1 and interventions in 5 to occlude perivalvular mitral leaks and postoperative ventricular septal defect. Complication in one consisted of intercostal vein injury resulting in hemothorax requiring chest tube drainage. CONCLUSION: In this small cases series, direct ventricular puncture allowed the intervention to proceed with up to 9-F sheath size. Attention to puncture site relative to intercostal vascular anatomy is warranted.
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Lim et al. (2008) conducted a case report in Mechanical prostheses limiting ventricular access (n=8). Percutaneous direct ventricular puncture was evaluated on Procedural success and complications.
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