Fetal Heart Ultrasound-1판

The fetal heart is considered to be the most important and difficult part of fetal examination. The purpose of this
book and accompanying DVD is to enable the reader firstly to find out whether the heart is normal or not, and secondly
to diagnose the type of cardiac abnormality if present. To provide the skills and methodology to do this, the book
covers basic anatomy and embryology, and explains what to look for, why and how. It also describes associated pathology
(e.g. chromosomal abnormalities, syndromes) which the sonographer needs to know after a cardiac abnormality has been
found.

Key Features
Accompanying DVD with over 60 minutes of video clips and 4D ultasound scans.

Highly illustrated with nearly 400 ultrasound scans, photographs of anatomical sections and explanatory line diagrams
in colour and black and white.

Step-by-step guide for those new to fetal echocardiography and a reference source for the more experienced sonographer.


Fetal Heart Ultrasound
Fredouille & Develay-Morice



Table of Contents
1. Fetal Heart Ultrasound: WHY
Introduction. General Notions. Review. Application to Fetal Cardiopathies. References.
2. HOW: Technical Aspects
Physical principals of Ultrasound applied to fetal ultrasound. Reflection of ultra sound waves. The shortest pathway.
Getting around obstacles. From the point of view of time. Physical principles of Doppler. New techniques linked to
volume acquisition. Practical controls. Elements to Set Permanently. The zoom. The focus. Gain. Pre-set elements. The
dynamic range. The frequency. Beamline density. Persistence. Contours. Doppler settings. The size of the 밷ox.?The
incident wave direction. PRF. Color gain. The use of Ultrasound in examining the fetal heart. Echo-structure. The fetal
heart position. Movements of the target. Technical Pitfalls. Problems linked to exposure in the zone of interest.
Ultrasound windows. Setting Pitfalls. Further Reading.
3. HOW: Anatomic ?ultrasound correlations: 3 steps, 10 key points
1st step: Position: 2 key points. Lateralization. Organs. Vessels. The axis of the heart. 2nd Step, Inflow: 4 key
points. Heart, Diaphragm and pulmonary veins. 4 Chambers. Contractile, balanced, Concordant. Crux-of-the-Heart, rings
and offsetting. 3rd step, Outflow: 4 key points. 2 balanced Outlet chambers with the alignment of the septum. 2
superimposed and crossed arched vessels. Balanced and Concordant. Regular Aortic Arch. References.
4. HOW: Conducting the examination and its pitfalls
Taking the history. A Fast glance. Views verifying the 10 key points and their pitfalls. The 뱇ift? verification of
the position and its pitfalls. The technique. Its pitfalls: elements of lateralization. Organ position. Vessel
position. The four chamber view: inlet verification and its pitfalls. The technique. Axial apical pathway. Crux-of-the-
heart. Pitfalls. The Ao and apex of the heart on the same side to the Left. The heart's axis. The Swings. Lateral
fluctuation: asymmetries. Anterior-posterior movements: false AVSD and false VSD. View LV-Aorta. Axial-apical view.
Axial lateral view. ";SOS"; view: Sagittal and its pitfalls. View RV-PT. Axial view. Small axis view and its pitfalls.
The 3 vessel or 2 arches view. Pitfalls. Sagittal view and the aortic arch. Pitfalls. Further Reading. References.
5. WHY: Critical cardiac pathologies not to be overlooked
1st Step: Position pathologies: 2 key points. Position anomalies of the organs, of situs. Vessel Position. Anomalies of
the Position of the Heart. In the right thorax. Heart axis. 2nd Step: Inlet Pathologies: 4 key points. Anomalies of
pulmonary venous return. Irregular number of chambers: 3, 4+ or 5 chambers. Unbalanced. Abnormalities of the
atrioventricular valves: atresia of one AV valve and the Spectrum of AVSD. 3rd Step: Outflow pathologies: 4 key points.
VSD misalignment in CTC. Complete transposition of the great vessels. Hypoplasia of the Left tract,