Professor Diana Egerton-Warburton |
Professor Diana Egerton-Warburton, Co-Chair of Monash University’s Emergency Research Collaborative (MERC) and Director of Emergency Medicine Research at Monash Medical Centre, and Professor Julian Smith, Head of the Department of Surgery, co-authored the study which found that interventional treatment is not necessarily the best course of action and that a ‘hands off’ approach often delivers better outcomes for patients.
Each year, approximately 3000 Australians turn up at hospital emergency departments suffering from a collapsed lung. The condition can be caused by an underlying lung disease or most commonly, for no obvious reason at all. It occurs when a spontaneous leak from the surface of the lung causes air to collect inside the chest, which in turn causes severe pain and breathing difficulties.
Up until now, the standard hospital treatment for a pneumothorax has been ‘interventional’, with doctors inserting a plastic tube into the patient’s chest to drain the collected air to help the lung reinflate. Not only is this treatment often painful, but it can lead to organ injury, bleeding, infection and sometimes additional surgery if the air leak continues.
Professor Julian Smith |
“This is an international game-changer and a great example of the ‘first do no harm’ methodology,” said Professor Egerton-Warburton of the results which have been published in the New England Journal of Medicine (NEJM).
The research challenges prior assumptions that have been made about how to treat spontaneous pneumothorax and is expected to shift the thinking around how doctors worldwide manage the condition.
Professor Smith says, "The finding that interventional treatment in the form of a chest drain is not always required in patients with a primary spontaneous pneumothorax is welcomed by cardiothoracic surgeons as they are often called upon to manage complications of chest drain insertion."
Source: Royal Perth Hospital. (January 30, 2020). Landmark Study Shows ‘Hands Off’ Approach’
Best to Treat a Collapsed Lung [Media Release]
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