case_images: PMC4828095_01
case_images: Double lumen cannula and inferior vena cava filter.. Inferior vena cava filter and tip of the double lumen cannula was
  confirmed with daily x-rays due to potential filter migration. The white
  arrow indicates the tip of the double lumen cannula, and the black arrow
  indicates the inferior vena cava filter.
case_images: rbti-28-01-0078-g01.jpg
case_images: PMC4828095_01_rbti-28-01-0078-g01.jpg
case_images: f1
case_images: Because there were some concerns about inferior vena cava filter migration due to the suction generated by the ECMO pump, daily abdominal and chest x-rays were performed, and the distance between the inferior vena cava filter and the tip of the DL cannula remained unchanged during the entire ECMO run (Figure 1).
case_images: Extracorporeal membrane oxygenation circuit monitoring the entire
  run.. There were no problems during the run with resistance to blood flow or
  with the pump load conditions, which was evaluated as blood flow to the
  rotation ratio. ML resistance - membrane lung resistance to blood flow;
  BF/RR - blood flow to rotation ratio.
case_images: rbti-28-01-0078-g02.jpg
case_images: PMC4828095_01_rbti-28-01-0078-g02.jpg
case_images: f2
case_images: The ECMO flow, resistance of the oxygenator and blood flow to the rotation of the pump ratio, and system pressures remained within acceptable ranges (Figure 2).
case_images: Inferior vena cava filter with trapped thrombi.. The inferior vena cava filter was left in place after the extracorporeal
  membrane oxygenation run due to the trapped thrombi in the filter
  despite adequate anticoagulation treatment during extracorporeal
  membrane oxygenation.
case_images: rbti-28-01-0078-g03.jpg
case_images: PMC4828095_01_rbti-28-01-0078-g03.jpg
case_images: f3
case_images: The inferior vena cava filter was left in place due to evidence of thrombi trapped in it (Figure 3).