SlowflowHD for Detection of Small Fetal Peripheral Vasculature

JOURNAL TITLE: Donald School Journal of Ultrasound in Obstetrics and Gynecology

Author
1. Kenta Yamamoto
2. Nobuhiro Mori
3. Takahito Miyake
4. Toshiyuki Hata
5. Kenji Kanenishi
6. Uiko Hanaoka
ISSN
0973-614X
DOI
10.5005/jp-journals-10009-1603
Volume
13
Issue
4
Publishing Year
2019
Pages
3
Author Affiliations
1. com.mps.common.model.Contributor@7cda9e63 ,
2. com.mps.common.model.Contributor@47759422 ,
3. com.mps.common.model.Contributor@758179db ,
4. com.mps.common.model.Contributor@b4ca7a7 ,
5. com.mps.common.model.Contributor@23cd092b ,
6. com.mps.common.model.Contributor@48f24df4
Article keywords
Color Doppler, Fetus, SlowflowHD, Small peripheral vessels.

Abstract

SlowflowHD (GE Voluson E10, BT 19) is a new Doppler technology, which can visualize blood flow of smaller vessels in the branching vascular bed of the fetus and placenta. Its main characteristics are a high-display frame-rate, high-line density (high-resolution), and good sensitivity. In this article, we present our first experience of using SlowflowHD for the detection of small fetal peripheral vasculature.

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