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A case of lung injury due to a hydrogen explosion caused by the simultaneous use of two home folk remedies devices

Masato Tsuchikane, Takeshi Yamagiwa, Tadaaki Takada, Shinjiro Wakai, Sadaki Inokuchi

Acute Medicine & Surgery · 2024 · 11 · e70019

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Abstract

A 62-year-old woman was diagnosed with postoperative breast cancer recurrence. While inhaling hydrogen gas through a nasal cannula at home, she used a heat-therapy machine that emitted electromagnetic waves to the breast cancer site. She suddenly experienced explosive sounds in her chest and smelled burning. Subsequently, she experienced several overlapping hemoptysis episodes and was referred to our hospital for further evaluation. Computed tomography revealed an alveolar-centered pulmonary contusion, and the patient was admitted to the hospital with a diagnosis of inhalation combustion lung injury. Arterial blood gas analysis showed no deterioration, and computed tomography revealed no worsening of pulmonary findings or oxygen demand. The hemoptysis resolved spontaneously, and re-evaluation on day 9 confirmed the disappearance of the pulmonary contusion. Blast lung injuries typically occur during wars or bombing incidents but rarely occur in the home environment. Although the medical efficacy of hydrogen gas remains controversial, several studies have reported the risk of associated explosions.2 Our patient was exposed to a small explosion that caused no abnormalities in blood test results, including coagulation function parameters. This case demonstrates that lung injuries caused by the inhalation of combustible gases associated with folk remedies can occur even at home.

Study details

Article type
Original Research
Disease / injury model
Lung injury (blast/combustion injury)
Outcome
Negative
Findings
A patient experienced lung injury due to a hydrogen explosion at home while using hydrogen gas inhalation and a heat-therapy device simultaneously. The injury resolved spontaneously without deterioration in clinical status.

Classification

Study Type
Organs & Tissues
Physiological Systems
Methods of Administration
Countries
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