Radiographic follow-up of community-acquired pneumonia in children
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Pål Surén1, Kirsti Try, Jan Eriksson
1Children's Department, Ullevål University Hospital, Oslo, Norway. pal.suren@fhi.no
Insights
Radiographic follow-up for community-acquired pneumonia in healthy children offers limited value. Most children with abnormal X-rays showed no related clinical issues, suggesting routine follow-up is generally unnecessary.
Area of Science:
- Pediatric Pulmonology
- Radiology
- Infectious Diseases
Background:
- Community-acquired pneumonia (CAP) is common in children.
- The role of routine radiographic follow-up in otherwise healthy children after CAP is debated.
- Assessing the clinical utility of follow-up chest X-rays is crucial for resource allocation and patient management.
Purpose of the Study:
- To evaluate the clinical value of routine radiographic follow-up in healthy children diagnosed with community-acquired pneumonia.
- To determine if follow-up chest X-rays alter patient management or outcomes.
- To assess the incidence of clinically significant findings on follow-up radiographs.
Main Methods:
- Retrospective review of 245 pediatric patient records from 2003-2004.
- Independent evaluation of follow-up radiographs by two pediatric radiologists.
- Analysis of clinical outcomes in relation to radiographic findings and follow-up status.
Main Results:
- Of 133 children with follow-up radiographs, 106 were normal and 27 abnormal.
- Only 3 of 27 (11%) with abnormal findings had related clinical problems.
- 10 of 112 (9%) without follow-up had subsequent clinical issues, mostly within 4 weeks of discharge.
Conclusions:
- Routine radiographic follow-up for community-acquired pneumonia in healthy children provides minimal clinical benefit.
- Abnormal findings on follow-up radiographs are often clinically insignificant.
- Follow-up may benefit a small subset of patients for early detection of underlying chronic lung disease, but not alter acute management.
Aim:
To evaluate the value of radiographic follow-up of community-acquired pneumonia in children who are previously healthy.
Methods:
Patient records for the years 2003 and 2004 at the Ullevål University Hospital in Oslo were reviewed, and a total of 245 children were selected for the study. Radiographs were evaluated by two paediatric radiologists independently.
Results:
One hundred and thirty-three patients had control radiographs, of which 106 were normal and 27 were abnormal. Only three of 27 patients with abnormal findings had further clinical problems that could be related to the pneumonia. Two of 106 with normal findings had further clinical problems, despite the normal control radiograph. Of the 112 without radiographic follow-up, 10 had subsequent clinical problems, but most occurred within the first 4 weeks after discharge, before controls would have been scheduled. There were five patients who may have benefited from controls. One relapse could theoretically have been prevented. Four patients were cases for whom the pneumonias were the first manifestations of chronic lung disease. Such patients may have some benefit from control radiographs, but only in terms of detecting the chronic disease at an earlier stage, not in altering the clinical course. Such modest benefits must be weighed against the consequences of providing follow-up to a large number of healthy children, and making lots of abnormal findings with no clinical significance.
Conclusion:
Control radiographs are not very valuable in children who are otherwise healthy.
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