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Acute abdomen: plain film utilization and analysis
1Department of Radiology, University Hospital-UBC Site, Vancouver.
Summary
Plain abdominal radiography remains essential for diagnosing abdominal pain, despite advanced imaging. This review clarifies appropriate indications and interpretation to maximize diagnostic yield and minimize unnecessary exams.
Area of Science:
- Radiology
- Medical Imaging
- Gastroenterology
Background:
- Abdominal radiographs are frequently ordered for abdominal pain, often yielding non-specific or negative results.
- Despite advanced imaging technologies, plain abdominal radiography retains a crucial role in specific clinical scenarios.
- Interpreting abdominal plain films is a fundamental yet challenging skill in radiology.
Purpose of the Study:
- To review the appropriate indications for abdominal radiography in emergency department patients with abdominal pain.
- To optimize the diagnostic yield of abdominal plain films by minimizing unnecessary examinations.
- To provide guidance on standardized viewing and interpretation of abdominal radiographs, including bowel gas patterns and ascites.
Main Methods:
- Review of common causes of abdominal pain in emergency department settings.
- Analysis of appropriate indications for plain abdominal radiography.
- Discussion of optimal radiographic views and standardized viewing formats.
- Practical review of common interpretation pitfalls, including bowel gas patterns and ascites.
Main Results:
- Identifies specific clinical situations where abdominal radiography is indicated for abdominal pain.
- Emphasizes the importance of judicious use to improve diagnostic accuracy and resource allocation.
- Highlights key interpretation points for bowel gas patterns and ascites.
Conclusions:
- Plain abdominal radiography is an appropriate and valuable diagnostic tool when indicated for abdominal pain.
- Standardized approaches to imaging and interpretation can enhance the effectiveness of abdominal plain films.
- Understanding common interpretation challenges is key to maximizing the utility of this essential imaging modality.