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Updated: Oct 1, 2026

Murine Echocardiography and Ultrasound Imaging
Published on: August 8, 2010
Echocardiography of the normal bovine heart: technique and ultrasonographic appearance
U Braun1, T Schweizer, N Pusterla
1Clinic of Veterinary Internal Medicine, University of Zurich, Switzerland.
Insights
This study outlines standard ultrasonographic views of the healthy bovine heart, detailing transducer positions for visualizing cardiac structures in cows. These findings establish a baseline for bovine cardiac ultrasonography.
Area of Science:
- Veterinary Medicine
- Diagnostic Imaging
- Bovine Cardiology
Background:
- Echocardiography is crucial for assessing cardiac health in cattle.
- Standardized ultrasonographic views are essential for accurate diagnosis and research in bovine cardiology.
Purpose of the Study:
- To describe standardized ultrasonographic views of the healthy bovine heart.
- To provide detailed transducer positioning for optimal visualization of cardiac structures in cows.
Main Methods:
- Fifty-one clinically healthy cows were examined using a 3.0 MHz transducer.
- The heart was imaged from the third and fourth intercostal spaces on both sides.
- Specific transducer orientations and positions were recorded for caudal long, caudal short, and cranial long axes.
Main Results:
- All four cardiac chambers were visualized in the right caudal long axis view.
- The left ventricular outflow tract was visible in the right caudal long axis view.
- Specific views allowed visualization of the right ventricular outflow tract, pulmonary artery, and aorta.
Conclusions:
- Standardized ultrasonographic views of the bovine heart can be reliably obtained.
- This study provides a foundational reference for bovine cardiac ultrasonography in clinical and research settings.
Abstract:
Fifty-one clinically healthy cows were examined ultrasonographically from the third and fourth intercostal spaces on both sides of the thorax. A 3.0 MHz transducer was used and the heart was examined in the caudal long, caudal short and cranial long axes on the right side, and in the caudal and cranial long axes on the left side. In each position the optimal transducer orientation and the images of the structures were recorded. In the caudal long axis view of the heart on the right (transducer positioned at the fourth intercostal space), all four chambers were visible with the transducer positioned 8 to 10 cm dorsal to the level of the olecranon. The left ventricular outflow tract, consisting of the aortic valve and ascending aorta, were visible in the same position with the transducer rotated 10 to 40 degrees clockwise. In the caudal short axis view of the heart on the right, the left and right ventricles were visible in cross-section with the transducer held at right angles to the ribs in the fourth intercostal space, 3 to 6 cm dorsal to the olecranon and tipped slightly dorsally. In the cranial long axis view of the heart on the right, the right ventricular outflow tract, consisting of the pulmonary valve and pulmonary artery, was visible in the third intercostal space, 8 to 10 cm dorsal to the olecranon with the transducer angled craniodorsally and rotated 10 to 20 degrees clockwise. In the caudal long axis view of the heart on the left, the left and right ventricles and the left ventricular outflow tract were visible with the transducer placed in the fourth intercostal space. In the cranial long axis view on the left, the right ventricular outflow tract was visible.
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