Key result
Electrocardiographic changes were present in 21% of pediatric patients with primary spontaneous pneumothorax, with no significant correlation observed between ECG changes and the side or size of the pneumothorax.
Why the study?
Primary spontaneous pneumothorax symptoms can mimic a cardiac event, prompting evaluation of accompanying electrocardiography changes in relation to the side and size of pneumothorax.
Observational (n=57)
No
ECG changes occur in 21% of pediatric patients with primary spontaneous pneumothorax and do not correlate with pneumothorax size or side, emphasizing the need to consider pneumothorax in children with chest pain and abnormal ECGs.
ECG changes in pediatric spontaneous pneumothorax warrant attention but should not yet guide management; leaves open their clinical significance.
Primary spontaneous pneumothorax (PSP) commonly occurs in adolescents. PSP symptoms can mimic cardiac event. We aimed to examine electrocardiography (ECG) changes that accompanied PSP in relation to side and size of pneumothorax.A retrospectively reviewed 57 adolescents presented with PSP and underwent a cardiac evaluation.Overall, 49 patients (86%) were male, median age of 16 years. Of these, 1 patient had a known mitral valve prolapse. In 56 patients the initial episode of PSP was unilateral (16 left sided and 40 right sided), and 1 was bilateral. The main initial symptom was chest pain or dyspnea and chest pain 66.6% and 33.3% respectively. Small pneumothorax was right and left sided in 1and 8 patients respectively, medium right (n = 8) medium left (n = 22), large right (n = 7) and large left (n = 10). One additional patient had medium bilateral pneumothorax. ECG findings were abnormal in 12 patients (21%) and included ST elevation in 5 patients, inverted T wave in 2 patients, incomplete right bundle branch block in 2 patients, poor R wave progression, left axis deviation and low QRS voltage in 1 patient each. Only 2 patients had abnormal echocardiography findings, MPV (n = 1) and minimal mitral and tricuspid regurgitation (n = 1). Serum troponin-T levels were normal in all patients.ECG changes were found in 21% among pediatric patients with PSP. No correlation was observed between ECG changes and side/size of pneumothorax. It is important to rule out pneumothorax among children presented with chest pain, dyspnea and ECG changes.
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Klin et al. (2021) conducted an observational in Primary spontaneous pneumothorax (n=57). Primary spontaneous pneumothorax was evaluated on Abnormal electrocardiographic (ECG) findings. Electrocardiographic changes were present in 21% of pediatric patients with primary spontaneous pneumothorax, with no significant correlation observed between ECG changes and the side or size of the pneumothorax.
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