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[Echography of the hip in dislocation disease in newborns and infants]
E Russo1, F Cermaria, S Sardini
1USSL 46 Alto Mantovano, Castiglione delle Stiviere, Italia.
Insights
Ultrasound is the most reliable imaging for early diagnosis of congenital hip dislocation (C.H.D.). This safe and repeatable test provides crucial information in infants, proving highly sensitive and specific.
Area of Science:
- Pediatric imaging
- Diagnostic ultrasonography
Context:
- Congenital hip dislocation (C.H.D.) diagnosis presents challenges in early infancy.
- Traditional radiology has limitations in providing early diagnostic information for C.H.D.
Purpose:
- To evaluate the efficacy of ultrasound (U.S.) as a primary diagnostic tool for early C.H.D. detection.
- To assess the sensitivity and specificity of ultrasonography in diagnosing C.H.D. in newborns.
Summary:
- A clinical and ultrasonographic study was conducted on 1116 children (2232 hips), including 127 newborns.
- Infants were followed from birth to 7 months with ultrasounds at 1, 3, 5, and 7 months.
- Ultrasound investigation demonstrated high sensitivity and specificity for C.H.D. diagnosis.
Impact:
- Ultrasound offers a reliable, safe, and repeatable imaging method for early C.H.D. diagnosis.
- This diagnostic approach provides essential information in the first months of life, surpassing traditional radiology.
- The findings support the widespread adoption of ultrasound for neonatal C.H.D. screening.
Abstract:
At present, ultrasounds represent the most reliable investigation with images for early C.H.D. diagnosis. This test is innocuous so it can be repeated and furnishes, especially in the first months of life, all those informations the traditional radiology cannot give us. In this work the authors report a clinical and ultrasonographic study of 1116 children (2232 hips); 127 of these were newborns and they have been followed-up from their birth to 7th month of life with ultrasound test at 1.-3.-5.-7. month of life. U.S. investigation has proved itself very sensitive and specific.