Distraction Breathing Exercise in Managing Inducible Laryngeal Obstruction in a Female Patient.
Nurul Asma Che Ab RahimJeyasakthy SaniasiayaPrepageran NarayananPublished in: Indian journal of otolaryngology and head and neck surgery : official publication of the Association of Otolaryngologists of India (2022)
Inducible laryngeal obstruction (ILO) describes as inappropriate, episodic, reversible laryngeal closure during inspiration, occurring at the glottic and/or supraglottic level, in response to external triggers causing exertional breathing difficulties. We describe a case of a female patient with an underlying major depressive disorder who presented with sudden onset of stridor and tachypnoea, whereby the external trigger was psychogenic in origin. Bedside flexible nasopharyngolaryngoscopy (FNPLS) showed characteristic findings of paradoxical adduction of vocal cords during inspiration. Arterial blood gas analysis, routine blood tests, chest radiography, and computed tomography (CT) scan of brain, neck, and thorax excluded neurological or airway abnormality. Bedside distraction breathing exercise alleviated the stridor and tachypnoea. The patient was managed by supportive psychotherapy, speech therapy, and anti-reflux medication and was discharged well with resolution of her respiratory distress. We would like to highlight that meticulous history along with physical examinations are imperative especially amongst Otorhinolaryngologists as emergent airway management tracheostomy would have been unnecessary and cause more stress and burden to the patient as well as family members.
Keyphrases
- computed tomography
- major depressive disorder
- case report
- physical activity
- bipolar disorder
- magnetic resonance imaging
- positron emission tomography
- healthcare
- stem cells
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- emergency department
- contrast enhanced
- magnetic resonance
- bone marrow
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- multiple sclerosis
- resistance training
- risk factors
- smoking cessation
- blood brain barrier
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- cerebral ischemia
- resting state
- subarachnoid hemorrhage
- solid state
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- carbon dioxide