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Doctors identify potential 'bagpipe lung' hazard for wind instrument players

Moist interiors may foster growth of fungi/molds linked to inflammatory lung disease

August 22, 2016
Doctors have warned musicians who play wind instruments of a potential hazard they have dubbed 'bagpipe lung.'

Doctors writing in the journal Thorax have warned musicians who play wind instruments of a potential hazard they have dubbed 'bagpipe lung.'

The warning comes after a man died of the chronic inflammatory lung condition hypersensitivity pneumonitis -- thought to have been caused by regularly breathing in mould and fungi lurking inside the moist interior of a set of bagpipes.

Hypersensitivity pneumonitis is triggered by the immune system's response to an inhaled environmental antigen and can progress to disabling or fatal lung disease. It is often associated with occupational exposure to birds, particularly pigeons. But in a significant proportion of cases, it's not always clear what has triggered it.

The doctors describe the case of a 61 year old man who in 2014 had had a dry cough and progressive breathlessness, despite treatment with immunosuppressant drugs, for seven years. His condition had worsened to the point that he couldn't walk more than 20 metres, and was finding it hard to breathe, prompting admission to hospital.

He had been diagnosed with hypersensitivity pneumonitis in 2009, although the cause had not been identified: he was not a pigeon fancier, nor did his house harbour mould or show signs of water damage. And he had never smoked.

But he played the bagpipes daily as a hobby, and didn't take them with him on a three month trip to Australia in 2011, during which time his symptoms rapidly improved.

This prompted samples to be taken for testing from several areas inside the bagpipes, including the bag, the neck, and the chanter reed protector.

The samples grew various different fungi, including Paecilomyces variotti, Fusarium oxysporum, Penicillium species, Rhodotorula mucilaginosa, Trichosporon mucoides and Exophiala dermatitidis.

Despite treatment, the man died: a post mortem examination revealed extensive lung damage consistent with acute respiratory distress syndrome and tissue fibrosis (scarring).

This is an isolated case, and the cause of the man's condition was not definitively proved.But there have been other reported cases of hypersensitivity pneumonitis, arising in trombone and saxophone players, say the doctors.

"This is the first case report identifying fungal exposure, from a bagpipe player, as a potential trigger for the development of [hypersensitivity pneumonitis]," they write.

"The clinical history of daily bagpipe playing, coupled with marked symptomatic improvement when this exposure was removed, and the identification of multiple potential precipitating antigens isolated from the bagpipes, make this the likely cause," they conclude.

They warn that any type of wind instrument could be contaminated with yeasts and moulds, making players susceptible to the risk of hypersensitivity pneumonitis.

Although there isn't any guidance on the optimal hygiene regimen, cleaning instruments immediately after use and allowing them to drip dry could theoretically curb the risk of microbe growth, they suggest.

But both doctors and musicians need to be aware of this potential hazard and the importance of good instrument hygiene, they conclude.

Story Source:

Materials provided by BMJ. Note: Content may be edited for style and length.

Journal Reference:

  1. Jenny King, Malcolm Richardson, Anne-Marie Quinn, Jayne Holme, Nazia Chaudhuri. Bagpipe lung; a new type of interstitial lung disease? Thorax, 2016; thoraxjnl-2016-208751 DOI: 10.1136/thoraxjnl-2016-208751

Cite This Page:

BMJ. "Doctors identify potential 'bagpipe lung' hazard for wind instrument players." ScienceDaily. ScienceDaily, 22 August 2016. <>.
BMJ. (2016, August 22). Doctors identify potential 'bagpipe lung' hazard for wind instrument players. ScienceDaily. Retrieved February 25, 2024 from
BMJ. "Doctors identify potential 'bagpipe lung' hazard for wind instrument players." ScienceDaily. (accessed February 25, 2024).

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