BACKGROUND: Intraosseous access has been used increasingly with proven efficacy in emergent situations for adults when intravenous access could not be obtained. OBJECTIVE: Our aim was to demonstrate if tibial intraosseous (IO) is an effective route for iodinated contrast administration and pulmonary vasculature visualization. CASE REPORT: We report on an obtunded patient requiring a computed tomography angiogram to help with diagnosis and tibial IO was the only viable access appropriate to withstand the pressure of a computed tomography iodinated contrast load. Tibial IO access was used successfully for administration of iodinated contrast to evaluate for massive pulmonary embolism in an obtunded patient in extremis secondary to cardiovascular instability. CONCLUSIONS: The pulmonary arteries were opacified and demonstrated a high-quality CT angiogram can be done via tibial IO device.
BACKGROUND: Intraosseous access has been used increasingly with proven efficacy in emergent situations for adults when intravenous access could not be obtained. OBJECTIVE: Our aim was to demonstrate if tibial intraosseous (IO) is an effective route for iodinated contrast administration and pulmonary vasculature visualization. CASE REPORT: We report on an obtunded patient requiring a computed tomography angiogram to help with diagnosis and tibial IO was the only viable access appropriate to withstand the pressure of a computed tomography iodinated contrast load. Tibial IO access was used successfully for administration of iodinated contrast to evaluate for massive pulmonary embolism in an obtunded patient in extremis secondary to cardiovascular instability. CONCLUSIONS: The pulmonary arteries were opacified and demonstrated a high-quality CT angiogram can be done via tibial IO device.
Authors: Hermann Krähling; Max Masthoff; Wolfram Schwindt; Christian Paul Stracke; Philipp Schindler Journal: Neuroradiology Date: 2021-01-18 Impact factor: 2.804
Authors: Philipp Schindler; Anne Helfen; Moritz Wildgruber; Walter Heindel; Christoph Schülke; Max Masthoff Journal: PLoS One Date: 2019-05-31 Impact factor: 3.240