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Asian-Oceanian Journal of Pediatrics and Child Health
Volume Three December 2004 Number Two
BRONCHIOLITIS OBLITERANS SECONDARY
TO MEASLES INFECTION
A. Fadzil1
,Asiah K 2, Zaleha AM3 , Norzila MZ2
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Paediatric
Department, International Islamic University Malaysia
-
Respiratory Unit,
Institute of Paediatrics, Hospital Kuala Lumpur, Malaysia
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Imaging and
Diagnostic Unit, Institute of Paediatrics, HKL
Correspondence:
Dr Norzila Mohamed
Zainudin
Respiratory Unit,
Paediatric Department,
Institute of
Paediatrics, Hospital Kuala Lumpur
50586 Kuala Lumpur,
Malaysia
ABSTRACT
Introduction:
Measles
infection is known to cause severe lung injury which results in
development of bronchiolitis obliterans. We present five cases of
bronchiolitis obliterans caused by post-measles pneumonia referred
to the Respiratory Unit of the Institute of Paediatrics, Hospital
Kuala Lumpur.
Method:
This
is a retrospective analysis of the data based on the clinical notes.
The diagnosis of bronchiolitis obliterans was based on the clinical
presentations and high resolution computed tomograms (HRCT) findings
of individual patients. No lung biopsies were performed on these
patients. The diagnosis of measles was confirmed by typical clinical
presentations and positive measles IgM.
Results
:
All the cases were
admitted between November 2003 and April 2004 when there was an
increased incidence of measles in the country. The age of the
patients was between 5 months to 44 months. Three patients were
males. One patient had failure to thrive, one had asthma, and one
had asthma with allergic rhinitis. The clinical presentations were
persistent respiratory symptoms and signs after the acute episode of
measles. The main physical findings were tachypnoea, generalised
coarse crepitations and wheeze.
The x-ray findings
were hyperinflated lung, perihilar opacities and atelectasis. The
HRCT findings were mosaic perfusion pattern, scattered air trapping,
hyperinflated lung, segmental atelectasis and lobar collapse. All
patients responded to a course of tapering dose of oral steroids
over a period of four to six weeks. Two patients were discharged
with inhaled steroids, one patient with inhaled steroids and
long-acting β2-agonist, one patient with inhaled steroid
and anti-leukotrienes and one patient with inhaled steroid, long
acting β2 agonist and anti-leukotrienes. The duration of
oxygen requirement was between 10 to 62 days with a mean of 35.4
days. All patients were not immunised for measles.
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