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Thirty-three low-birth-weight neonates were diagnosed prospectively as having an intraventricular hemorrhage, using a real-time sonographic sector scanner. Ultrasound findings were corroborated in 27 patients by computed tomography (CT) or autopsy. Intraventricular blood is hyperechoic and, in a fresh hemorrhage, a continuous cast-like pattern of increased echogenicity replaces the usually minute, echo-free lateral ventricles. After one to three days, the lateral ventricles begin to enlarge around the echogenic clot if hydrocephalus complicates the hemorrhage. The sonographic findings indicating intraventricular hemorrhage and its progression to hydrocephalus are presented. The accuracy of sonographic real-time sector scanning in the evaluation of neonatal intraventricular hemorrhage is discussed and compared to CT.
E G Grant, and
F T Borts, and
D Schellinger, and
D C McCullough, and
K N Sivasubramanian, and
Y Smith
August 1979,
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E G Grant, and
F T Borts, and
D Schellinger, and
D C McCullough, and
K N Sivasubramanian, and
Y Smith
July 1981,
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E G Grant, and
F T Borts, and
D Schellinger, and
D C McCullough, and
K N Sivasubramanian, and
Y Smith
January 1983,
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E G Grant, and
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Y Smith
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E G Grant, and
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E G Grant, and
F T Borts, and
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K N Sivasubramanian, and
Y Smith
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E G Grant, and
F T Borts, and
D Schellinger, and
D C McCullough, and
K N Sivasubramanian, and
Y Smith
January 1986,
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E G Grant, and
F T Borts, and
D Schellinger, and
D C McCullough, and
K N Sivasubramanian, and
Y Smith
April 1981,
The New England journal of medicine,
