Enlargement of Intrathoracic Goiter with Unilateral Phrenic Nerve Paralysis Leading to Cardiopulmonary Arrest

As an intrathoracic goiter expands, it causes airway stenosis and phrenic nerve paralysis, and slight respiratory stimuli can trigger sudden life-threatening hypoventilation. A 78-year-old obese woman with a large intrathoracic goiter was found unconscious with agonal breathing in her room early in...

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Veröffentlicht in:Internal Medicine 2021/01/01, Vol.60(1), pp.91-97
Hauptverfasser: Shioya, Nobuki, Inoue, Nozomu, Kawashima, Naonori, Tsukamoto, Yuki, Nakayama, Miyabi, Hazama, Koji, Shichinohe, Yasuo, Suzuki, Fumiyuki, Honma, Naotake
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container_title Internal Medicine
container_volume 60
creator Shioya, Nobuki
Inoue, Nozomu
Kawashima, Naonori
Tsukamoto, Yuki
Nakayama, Miyabi
Hazama, Koji
Shichinohe, Yasuo
Suzuki, Fumiyuki
Honma, Naotake
description As an intrathoracic goiter expands, it causes airway stenosis and phrenic nerve paralysis, and slight respiratory stimuli can trigger sudden life-threatening hypoventilation. A 78-year-old obese woman with a large intrathoracic goiter was found unconscious with agonal breathing in her room early in the morning. Cardiopulmonary resuscitation restored spontaneous circulation. She underwent surgical removal of the goiter; however, she required long-term mechanical ventilation because of atelectasis due to phrenic nerve paralysis. In patients with large intrathoracic goiters, difficulty breathing on exertion and diaphragm elevation on chest X-ray may be significant findings predicting future respiratory failure.
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subjects Aged
Atelectasis
cardiopulmonary arrest
Case Report
Diaphragm
Female
Goiter
Goiter, Substernal - complications
Goiter, Substernal - diagnostic imaging
Goiter, Substernal - surgery
Heart Arrest - etiology
Humans
Hypoventilation
Internal medicine
intrathoracic goiter
Mechanical ventilation
Paralysis
Phrenic Nerve
phrenic nerve paralysis
Respiration
Stenosis
title Enlargement of Intrathoracic Goiter with Unilateral Phrenic Nerve Paralysis Leading to Cardiopulmonary Arrest
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