Sheila Albaladejo-Fuertes, Ernst Michael Jung, Christa Büchler, Karsten Gülow, Arne Kandulski, Sally Kempa, Martina Müller, Hauke Christian Tews
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引用次数: 0
摘要
背景和目的:超微血管成像(UMA)是一种新型多普勒技术,具有优化的壁滤波功能,对低速血流具有高灵敏度,并能优化微循环的可视化。这项试验性研究旨在比较彩色多普勒信号(CDS)和 UMA 评估的肠道血管情况:我们使用 UMA 和 CDS 对 13 名确诊炎症性肠病 (IBD) 患者的肠道血管化进行了调查。结果:我们使用 UMA 和 CDS 对 13 名确诊为炎症性肠病(IBD)的患者的肠道血管进行了调查,并以 28 名无结构性肠病的患者作为对照:结果:使用 UMA 可以观察和量化无炎症性肠病患者和炎症性肠病患者的微循环和微循环失调。在 83% 的 IBD 患者和 76% 的非 IBD 患者中,使用 UMA 可以获得高分辨率的肠道灌注:据我们所知,这是首次使用 UMA 对患有和未患有结构性肠病的患者的肠道血管化进行研究。肠道血管的量化和可视化应在前瞻性研究中进一步探讨,这有助于指导我们对 IBD 患者的治疗。
High-resolution Visualization of Intestinal Microcirculation using Ultra-microangiography in Patients with Inflammatory Bowel Disease: A Pilot Study.
Background and aims: Ultra-microangiography (UMA) is a novel Doppler technique with optimized wall filtering that provides high sensitivity to low-velocity blood flows and optimized visualization of microcirculation. The aim of this pilot study was to compare intestinal vascularization assessed by color Doppler signals (CDS) and UMA.
Methods: We investigated intestinal vascularization using UMA and CDS in 13 patients with confirmed inflammatory bowel disease (IBD). A cohort of 28 patients without structural bowel disease served as the control.
Results: Microcirculation and dysregulated microcirculation in patients without and with inflammatory bowel disease can be visualized and quantified using UMA. In 83 % of IBD patients and 76% of non-IBD patients, a high resolution of intestinal perfusion could be achieved using UMA.
Conclusions: To the best of our knowledge, this is the first study to investigate intestinal vascularization using UMA in patients with and without structural bowel disease. Quantification and visualization of intestinal vascularization should be further investigated in prospective studies and could help guide our therapy of patients with IBD.