PubMed Health⌕ Search

PubMed · 8915292

CT-guided pericardiocentesis.

Abstract

PURPOSE: Pericardial effusion in patients who have recently undergone cardiac surgery is often trapped in compartments. CT of the pericardium provides good information about the distribution of pericardial fluid in the postoperative period after cardiac surgery. Contrary to echocardiography, CT imaging is not affected by postoperative mediastinal emphysema and pain from the wound. A method for CT-guided pericardiocentesis was developed. MATERIAL AND METHODS: CT-guided pericardiocentesis was carried out with a stereotactic device in 10 patients. The pericardium was punctured with a 0.9-mm needle and a 0.46-mm guide wire was introduced through the needle. An indwelling catheter was introduced over the guide wire and was left in the pericardium. Both the subxiphoid and parasternal approaches were used. RESULTS: CT guidance facilitated placement of an indwelling catheter into the pericardial space in positions difficult to reach in patients with postoperative pericardial compartments, i.e. near the right atrium and adjacent to the cardiac apex/left ventricle. CONCLUSION: CT-guided pericardiocentesis offers a new possibility in patients where fluoroscopically or echocardiographically guided pericardiocentesis is difficult.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

O Duvernoy, A Magnusson. 1996. CT-guided pericardiocentesis.. https://doi.org/10.1177/02841851960373p269

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

The role of surgery in the management of septic shock--extra-abdominal causes of sepsis.

Septic shock is a severe inflammatory response to one or more pathogenic micro-organisms. When a person's immune response is excessively intense, a cascade of phenomena may be activated that ultimately is harmful. Appropriate management of septic shock may include surgical intervention to remove or neutralize the septic focus in an effort to treat the inflammatory response cascade. This is the first of two articles presenting current information on the role of surgery in the management of a patient with septic shock. This article describes extra-abdominal sources of sepsis.

Catheters, Indwelling↗

Compatibility of electrolytically produced sodium hypochlorite solutions on long- term implanted dialysis catheters.

More than 20% of the world's population use a catheter for dialysis, despite guidelines limiting their use. Although the structure and design of the catheters differ by manufacturer, the material used in central venous catheters and peritoneal dialysis catheters are the same across manufacturers. Given the long-term use of these catheters in the dialysis population, the good compatibility of the antiseptics and disinfectants used on the catheters is imperative to prevent failure and cracking of the catheter material. Tensile strengths of commercially available catheters were measured after exposure to commonly used disinfectants. The tensile strength was then compared between the catheters by analyzing the displacement vs. force (N) curves produced during the evaluation. A total of 44 catheter lumens were evaluated. The electrolytically produced sodium hypochlorite solution, Alcavis 50/ExSept Plus, was the only solution shown to be compatible with all three catheter materials resulting in a deviation of less than 10% for each of the different catheter types. Electrolytically produced sodium hypochlorite solutions were the only solutions in this study that did not alter the physical properties of any of the catheters after long-term exposure.

Catheters, Indwelling↗