RESUMO
La presencia de una pieza de metal en el extremo de los catéteres autoposicionantes provoca dudas e incertidumbres a la hora de realizar una resonancia magnética (RM) a pacientes que portan este tipo de catéter. Simulamos un peritoneo con un catéter lastrado para comprobar el comportamiento del catéter durante la realización de una resonancia en equipos 1,5 T y 3 T. Y revisamos los casos en los que se realizaron RM en pacientes con este tipo de catéter. En la simulación, la punta del catéter peritoneal autoposicionante provoca un artefacto de susceptibilidad magnética que dificulta la visión de zonas cercanas, pero se comporta como dispositivo seguro para la RM. Se realizaron 14 RM en pacientes con catéteres autoposicionantes, ninguna en la zona abdominal. No hubo complicaciones en los pacientes ni en la técnica tras la realización de RM
The fact that self-locating catheters have a piece of metal at the tip leads to doubt and uncertainty around performing magnetic resonance imaging (MRI) in patients with this type of catheter. We simulated a peritoneum with a weighted catheter to ascertain how the catheter behaved during MRI scans in 1.5 T and 3 T machines. We also reviewed cases in which MRI had been performed in patients with this type of catheter. In the simulation, the tip of the self-locating peritoneal catheter caused a magnetic susceptibility artefact that made it difficult to see nearby areas, but it proved to be a safe device for MRI. 14 MRI scans were performed in patients with self-locating catheters, none in the abdominal area. There were no complications in the patients or the technique after performing MRI
Assuntos
Cateteres de Demora/efeitos adversos , Cavidade Peritoneal/diagnóstico por imagem , Imageamento por Ressonância Magnética/métodos , Simulação de Doença/diagnóstico por imagem , Ablação por Cateter/efeitos adversos , Espectroscopia de Ressonância MagnéticaRESUMO
The fact that self-locating catheters have a piece of metal at the tip leads to doubt and uncertainty around performing magnetic resonance imaging (MRI) in patients with this type of catheter. We simulated a peritoneum with a weighted catheter to ascertain how the catheter behaved during MRI scans in 1.5â¯T and 3â¯T machines. We also reviewed cases in which MRI had been performed in patients with this type of catheter. In the simulation, the tip of the self-locating peritoneal catheter caused a magnetic susceptibility artefact that made it difficult to see nearby areas, but it proved to be a safe device for MRI. 14 MRI scans were performed in patients with self-locating catheters, none in the abdominal area. There were no complications in the patients or the technique after performing MRI.
RESUMO
The fact that self-locating catheters have a piece of metal at the tip leads to doubt and uncertainty around performing magnetic resonance imaging (MRI) in patients with this type of catheter. We simulated a peritoneum with a weighted catheter to ascertain how the catheter behaved during MRI scans in 1.5T and 3T machines. We also reviewed cases in which MRI had been performed in patients with this type of catheter. In the simulation, the tip of the self-locating peritoneal catheter caused a magnetic susceptibility artefact that made it difficult to see nearby areas, but it proved to be a safe device for MRI. 14 MRI scans were performed in patients with self-locating catheters, none in the abdominal area. There were no complications in the patients or the technique after performing MRI.
RESUMO
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