- An Emirati woman was suffering from asthma-like symptoms
- A chest CT scan revealed a fishbone was stuck in her lung
- The symptoms came from her body reacting to the foreign object
- The bone was removed during a second rigid bronchoscopy procedure
Doctors in Abu Dhabi solved the mystery of a young woman's worsening respiratory condition by finding an unexpected clue in the patient's lung.
What had initially been diagnosed as a worsening of the patient's asthma before arriving at Cleveland Clinic Abu Dhabi was discovered to be caused by something very different - a fish bone.
After numerous visits to numerous hospitals, the young Emirati patient was referred to Cleveland Clinic Abu Dhabi to control her asthma-like symptoms, which were continually getting worse. In the next months, the patient became increasingly breathless and wheezy, and suffered from coughing fits during the night that were affecting her sleep and overall quality of life.
"It was something of a mystery as to why the medications that had previously controlled the patient's asthma had suddenly lost effectiveness," said Dr Ali Wahla, a pulmonologist at Cleveland Clinic Abu Dhabi. "It had got to a stage where the patient was unable to sleep. Rather than accept the prior diagnosis from other hospitals, we undertook a thorough examination to determine the cause of their symptoms."
It was during a chest CT scan that the cause of her symptoms came to light. Visible on the scan was a thin, hard body with a sharp end lodged in the patient's lung, which doctors initially thought was a toothpick.
"The moment we saw the imaging of the patient's lungs we realized her symptoms had been triggered by a foreign object lodged in her lung. It was quite dramatic, like unearthing an artifact - people rarely inhale large items without realizing," says Dr. Wahla.
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Upon identifying the root cause of the symptoms, they performed a rigid bronchoscopy to examine the exact location of the item and ultimately identified it as a fish bone that had been there for months.
"It was no wonder that the patient had been coughing and wheezing. Her lungs and airways were reacting to the presence of what was quite a large fish bone. The top priority then was to safely remove it as soon as possible," continued Dr. Wahla.
The bone was removed during a second rigid bronchoscopy procedure, where they were able to grasp the fishbone with special forceps to remove it.
"The task of removing the fishbone from the lung was both complex and high-risk due to the risk of bleeding and airway wall rupture," said Dr. Wahla.
Following the treatment, doctors at the hospital prescribed oral steroids and a nebulizer to decrease any inflammation in her airways as well as broad-spectrum antibiotics to ensure the bone didn't cause an infection.
This article has been adapted from its original source.
