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<p>While traditional anatomical studies provide valuable vascular maps, their reliance on uncontrolled perfusion parameters (pressure, flow rate, viscosity) risks bias in defining vascular territories. This letter addresses these limitations with pressure-controlled perfusion, demonstrating that mandibular vascular saturation occurs at 75–95&#xa0;mmHg, aligning with physiological arterial pressure. These findings call for a dynamic, pressure-driven redefinition of angiosome.</p>

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The importance of perfusion pressure and fluid viscosity parameters for relevant vascular mapping of the mandible

  • 期刊论文

  • 发表日期：

    2026年2月11日

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  • Corentin Serra,
  • Jean Boisson,
  • Natacha Kadlub,
  • Lara Nokovitch

摘要

While traditional anatomical studies provide valuable vascular maps, their reliance on uncontrolled perfusion parameters (pressure, flow rate, viscosity) risks bias in defining vascular territories. This letter addresses these limitations with pressure-controlled perfusion, demonstrating that mandibular vascular saturation occurs at 75–95 mmHg, aligning with physiological arterial pressure. These findings call for a dynamic, pressure-driven redefinition of angiosome.