Subdural empyema in 10 infants: US characteristics and clinical correlates

Cheng Yu Chen, Chao-Ching Huang, Ying Chao Chang, Nan-Haw Chow, Chung Ching Chio, Robert A. Zimmerman

研究成果: Article

27 引文 (Scopus)

摘要

PURPOSE: To investigate the ultrasonographic (US) characteristics of subdural empyema (SDE) and its differentiation from reactive subdural effusion (RSE) in infants with meningitis. MATERIALS AND METHODS: Images in 10 infants with SDE with or without RSE complicating meningitis were retrospectively reviewed and correlated with clinical findings and compared with US and magnetic resonance (MR) images in four infants with meningitis and RSE. RESULTS: At US, 15 of 16 SDEs in the 10 infants were seen as heterogeneous to hyperechoic convexity collections. Hyperechoic strands were seen in 12 SDEs. Other findings included a thick, echogenic inner membrane (n = 9), increased echogenicity of pia-arachnoid and exudates in the subarachnoid space (n = 16), mass effect (n = 16), and loculated extraaxial collections (n = 2). MR imaging findings correlated well with US and surgical results. At computed tomography, SDE was misinterpreted as RSE in one patient due to the absence of inner membrane contrast material enhancement clinical outcome was related to the degree of brain damage consequent to meningitis and the chronicity of SDE. RSEs in seven infants (three with concurrent SDE) were anechoic; an inner membrane was seen in six and increased pia-arachnoid echogenicity was seen in four. CONCLUSIONS: SDE has complex US features that are helpful for differentiation from anechoic in infants with meningitis.

原文English
頁(從 - 到)609-617
頁數9
期刊Radiology
207
發行號3
DOIs
出版狀態Published - 1998 一月 1

指紋

Subdural Empyema
Subdural Effusion
Meningitis
Arachnoid
Membranes
Subarachnoid Space
Exudates and Transudates
Contrast Media
Magnetic Resonance Spectroscopy
Tomography
Magnetic Resonance Imaging
Brain

All Science Journal Classification (ASJC) codes

  • Radiology Nuclear Medicine and imaging

引用此文

Chen, Cheng Yu ; Huang, Chao-Ching ; Chang, Ying Chao ; Chow, Nan-Haw ; Chio, Chung Ching ; Zimmerman, Robert A. / Subdural empyema in 10 infants : US characteristics and clinical correlates. 於: Radiology. 1998 ; 卷 207, 編號 3. 頁 609-617.
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Subdural empyema in 10 infants : US characteristics and clinical correlates. / Chen, Cheng Yu; Huang, Chao-Ching; Chang, Ying Chao; Chow, Nan-Haw; Chio, Chung Ching; Zimmerman, Robert A.

於: Radiology, 卷 207, 編號 3, 01.01.1998, p. 609-617.

研究成果: Article

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N2 - PURPOSE: To investigate the ultrasonographic (US) characteristics of subdural empyema (SDE) and its differentiation from reactive subdural effusion (RSE) in infants with meningitis. MATERIALS AND METHODS: Images in 10 infants with SDE with or without RSE complicating meningitis were retrospectively reviewed and correlated with clinical findings and compared with US and magnetic resonance (MR) images in four infants with meningitis and RSE. RESULTS: At US, 15 of 16 SDEs in the 10 infants were seen as heterogeneous to hyperechoic convexity collections. Hyperechoic strands were seen in 12 SDEs. Other findings included a thick, echogenic inner membrane (n = 9), increased echogenicity of pia-arachnoid and exudates in the subarachnoid space (n = 16), mass effect (n = 16), and loculated extraaxial collections (n = 2). MR imaging findings correlated well with US and surgical results. At computed tomography, SDE was misinterpreted as RSE in one patient due to the absence of inner membrane contrast material enhancement clinical outcome was related to the degree of brain damage consequent to meningitis and the chronicity of SDE. RSEs in seven infants (three with concurrent SDE) were anechoic; an inner membrane was seen in six and increased pia-arachnoid echogenicity was seen in four. CONCLUSIONS: SDE has complex US features that are helpful for differentiation from anechoic in infants with meningitis.

AB - PURPOSE: To investigate the ultrasonographic (US) characteristics of subdural empyema (SDE) and its differentiation from reactive subdural effusion (RSE) in infants with meningitis. MATERIALS AND METHODS: Images in 10 infants with SDE with or without RSE complicating meningitis were retrospectively reviewed and correlated with clinical findings and compared with US and magnetic resonance (MR) images in four infants with meningitis and RSE. RESULTS: At US, 15 of 16 SDEs in the 10 infants were seen as heterogeneous to hyperechoic convexity collections. Hyperechoic strands were seen in 12 SDEs. Other findings included a thick, echogenic inner membrane (n = 9), increased echogenicity of pia-arachnoid and exudates in the subarachnoid space (n = 16), mass effect (n = 16), and loculated extraaxial collections (n = 2). MR imaging findings correlated well with US and surgical results. At computed tomography, SDE was misinterpreted as RSE in one patient due to the absence of inner membrane contrast material enhancement clinical outcome was related to the degree of brain damage consequent to meningitis and the chronicity of SDE. RSEs in seven infants (three with concurrent SDE) were anechoic; an inner membrane was seen in six and increased pia-arachnoid echogenicity was seen in four. CONCLUSIONS: SDE has complex US features that are helpful for differentiation from anechoic in infants with meningitis.

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