2014•EchocardiographyRequires access

ASSA14-09-02 Application value of ultrasound to rapid fetal cardiac position diagnosis

L Xiang-Zhang, L Fang-Fang

Open publisher page 0 citations

Abstract

Objective To investigate the clinical method for the rapid determination of fetal cardiac position by two-dimensional ultrasound imaging Methods A retrospective analysis from 2013 June to 2014, January in our hospital underwent 3D ultrasound examination in 1000 cases of pregnant women, the fetal heart probe frequency, recording the gestational age, fetal position, marking the real-time image, combined with fetal ultrasound Beckoning figure, other auxiliary examination and postpartum neonatal review data, analysis of clinical factors of fetal heart azimuth determination. Results 8 cases of fetal cardiac malposition, 992 cases were normal, 2 cases of ultrasonic detection of false negative cases, false positive in 0 cases. Conclusion Fetal heart direction determination by checking instrument, the maternal abdominal wall thickness, the effect of fetal position and gestational weeks of various factors, the organ of fetal anatomy and heart structure is the theoretical basis for the diagnosis of fetal cardiac malposition of disease.

About this research paper

What this paper is about

Objective To investigate the clinical method for the rapid determination of fetal cardiac position by two-dimensional ultrasound imaging Methods A retrospective analysis from 2013 June to 2014, January in our hospital underwent 3D ultrasound examination in 1000 cases of pregnant women, the fetal heart probe frequency, recording the gestational age, fetal position, marking the real-time image, combined with fetal ultrasound Beckoning figure, other auxiliary examination and postpartum neonatal review data, analysis of clinical factors of fetal heart azimuth determination. Results 8 cases of fetal cardiac malposition, 992 cases were normal, 2 cases of ultrasonic detection of false negative cases, false positive in 0 cases. Conclusion Fetal heart direction determination by checking instrument, the maternal abdominal wall thickness, the effect of fetal position and gestational weeks of various factors, the organ of fetal anatomy and heart structure is the theoretical basis for the diagnosis of fetal cardiac malposition of disease.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Objective To investigate the clinical method for the rapid determination of fetal cardiac position by two-dimensional ultrasound imaging Methods A retrospective analysis from 2013 June to 2014, January in our hospital underwent 3D ultrasound examination in 1000 cases of pregnant women, the fetal heart probe frequency, recording the gestational age, fetal position, marking the real-time image, combined with fetal ultrasound Beckoning figure, other auxiliary examination and postpartum neonatal review data, analysis of clinical factors of fetal heart azimuth determination. Results 8 cases of fetal cardiac malposition, 992 cases were normal, 2 cases of ultrasonic detection of false negative cases, false positive in 0 cases. Conclusion Fetal heart direction determination by checking instrument, the maternal abdominal wall thickness, the effect of fetal position and gestational weeks of various factors, the organ of fetal anatomy and heart structure is the theoretical basis for the diagnosis of fetal cardiac malposition of disease.

Key concepts: Medicine, Fetal echocardiography, Fetus, Ultrasound, Fetal heart, Gestational age, Fetal position, Radiology

Related papers

Back to paper searchBrowse research topicsOriginal source
ASSA14-09-02 Application value of ultrasound to rapid fetal cardiac position diagnosis — Research Paper | ScholarLens