@Article{Czekierdowski2009,
journal="Menopause Review/Przegląd Menopauzalny",
issn="1643-8876",
volume="8",
number="6",
year="2009",
title="Three-dimensional High-Definition color Doppler flow imaging and vascular tumor biopsy to assess complex ovarian masses \– a preliminary experience",
abstract=" Background:  Recently, transvaginal three-dimensional High-Definition flow imaging (3D-HDF) has become available for studying morphology of blood vessels.    Objectives:  To assess if vascular morphology depicted by 3D-HDF differs between malignant and benign ovarian tumors and to evaluate if this method is superior to color pulsed Doppler sonography (CPD) or 3D power Doppler sonoangiography (3D-PD) in imaging of complex ovarian tumors vascularity.    Material and methods:  Ultrasound data of 38 women operated because of complex (unilocular-solid, multilocular, multilocular-solid and solid) ovarian masses were analyzed (Voluson E8, GE, Austria). Doppler measurements included peak systolic velocity (PSV), pulsatility index (PI) and resistive index (RI). 3D-PD tumor \“biopsy\” of the most vascularized part was used for the vascular index (VI), flow index (FI) and vascular-flow index (VFI) calculations. 3D-HDF was next activated and allowed to detect chaotic vs. normal blood vessel arrangement later analyzed with 4D View software (Kretz, Austria).    Results:  Mean age of women with benign (n=19) and malignant (n = 19) tumors was 39 yrs (range, 16-67) and 58 yrs (range 23-83), respectively. Mean PSV, PI and RI did not differ between both groups. Significant differences were found for all 3D-PD indices: VI (p = 0.02), FI (p = 0.02), VFI (p = 0.01). 3D-HDF was superior to both CPD and 3D-PD with respect to blood flow and small vessel imaging. Highly significant difference (c2 test,  p = 0.0003) in the frequency of chaotic vessel arrangement was found between benign (10.5%) and malignant tumors (73.6%).    Conclusions:  Our preliminary data indicate that even small tumor vessels can be easily visualized when a systematic 3D-HDF analysis is performed on 3D data set volumes. The method provides better resolution for depicting malignant ovarian tumor vessels compared with CPD and 3D-PD sonoangiography.",
author="Czekierdowski, Artur
and Stachowicz, Norbert
and Daniłoś, Jarosław
and Kotarski, Jan",
pages="291--298",
url="https://www.termedia.pl/Three-dimensional-High-Definition-color-Doppler-flow-imaging-and-vascular-tumor-biopsy-to-assess-complex-ovarian-masses-8211-a-preliminary-experience,4,14112,1,1.html"
}