Gebelikte venöz akımda blooming artefaktının değerlendirilmesi için üç farklı renkli doppler tekniğinin karşılaştırılması

Cemil Gürses, Serra Ozturk, Özhan Özgür, Muzaffer Si̇ndel
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Abstract

Aim: Blooming is one of the color doppler artefacts which has unique importance for the tiny or slow-flow blood vessels of the fetus and is different and varies depending on the technique. The purpose of our study is to compare doppler techniques related to the flowering artefact so that the imaging method closest to the actual size of small vessels can be selected. Method: Twin-view mode was used for measurements in 100 patients, referred to our department for obstetric ultrasonography. The diameter of the intrahepatic umbilical vein was measured from the inner to the inner side of the vessels in both B mode side and each colorized lateral side of the vessels with all of the Doppler modes. Results: Diameters of the vessels measured by advanced dynamic flow were less than the ones measured by conventional color doppler and power doppler. Conclusion: Lowering the doppler gain will decrease the blooming artefact. However, this can cause flow information to be lost. Inversely, raising the gain will result overestimating the vessel diameter or over colorizing the tissue or mass with regard to vascularity. Vascular colorize is crucial for correct placement of PD sampling gate, which could be particularly useful in the small vessels of the fetus. ADF provides more accurate measurements of the diameters of the vessels due to less blooming. Because of that, we consider that ADF is a superior Doppler technique compared with CCD and PWD, for identifying a vessel and guiding the PD sample volume.
目的:开花是一种彩色多普勒伪影,对胎儿的细小或慢流血管有独特的意义,不同的技术有不同的效果。本研究的目的是比较与开花伪影相关的多普勒技术,以便选择最接近小血管实际尺寸的成像方法。方法:对100例转到我科行产科超声检查的患者采用双透视方式进行测量。在所有的多普勒模式下,测量肝内脐静脉从血管内侧到血管内侧的直径,在B模式下测量血管内侧的直径,在所有的多普勒模式下测量血管外侧的直径。结果:先进动态血流法测得的血管直径小于常规彩色多普勒和功率多普勒法测得的血管直径。结论:降低多普勒增益可减少脉宽假影。然而,这可能导致流信息丢失。相反,增加增益将导致高估血管直径或使组织或肿块在血管性方面过度着色。血管着色对于PD采样门的正确放置至关重要,这在胎儿的小血管中尤其有用。由于开花较少,ADF提供了更准确的血管直径测量。因此,我们认为ADF是一种优于CCD和PWD的多普勒技术,用于识别血管和指导PD样本量。
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