Selected article for: "blood flow and pressure gradient"

Author: Hohenstatt, Sophia; Arrichiello, Antonio; Conte, Giorgio; Craparo, Giuseppe; Caranci, Ferdinando; Angileri, Alessio; Levi, Daniel; Carrafiello, Gianpaolo; Paolucci, Aldo
Title: Branch vessel occlusion in aneurysm treatment with flow diverter stent.
  • Cord-id: rgp6zqf0
  • Document date: 2020_9_23
  • ID: rgp6zqf0
    Snippet: Flow diverter placement for treatment of intracranial aneurysms gained growing consensus in the past years. A major concern among professionals is the side branch coverage which leads in some cases to vessel occlusion. However, the lost vessel patency only infrequently is accompanied by a new onset of neurological deficits secondary to ischaemic lesions. A retrospective analysis of all patients treated with flow diversion at our hospital was aimed to better understand this phenomenon in order to
    Document: Flow diverter placement for treatment of intracranial aneurysms gained growing consensus in the past years. A major concern among professionals is the side branch coverage which leads in some cases to vessel occlusion. However, the lost vessel patency only infrequently is accompanied by a new onset of neurological deficits secondary to ischaemic lesions. A retrospective analysis of all patients treated with flow diversion at our hospital was aimed to better understand this phenomenon in order to formulate a hypothesis about the causes. We concluded that vessel occlusion occurs due to a reduced blood pressure gradient in those vessels with a strong collateral or anastomotic vascularization that refurnishes the same distal vascular territories. Indeed, we detected no new brain infarction since blood flow was always guaranteed.

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