Anesthetic management during anterior mediastinal mass resection in a pediatric patient. A case report

P Catalán Escudero1, M Uriarte Valiente1, P Morató Robert2

  • 1Anestesiología, Reanimación y Terapia del Dolor, Hospital Infantil Universitario Niño Jesús, Madrid, España.

Insights

General anesthesia with neuromuscular relaxation for anterior mediastinal mass resection poses risks, especially with airway compression. Spontaneous ventilation is preferred, but careful planning and rescue strategies ensure safety if general anesthesia is necessary.

Area of Science:

  • Anesthesiology
  • Thoracic Surgery
  • Pediatric Oncology

Background:

  • Anterior mediastinal masses (AMM) can cause severe airway compression, leading to respiratory and cardiovascular complications during anesthesia.
  • General anesthesia (GA) and neuromuscular relaxation (NMR) can exacerbate these risks by altering respiratory mechanics and hemodynamics.
  • Spontaneous ventilation is often preferred for AMM resection to mitigate these risks.

Observation:

  • A pediatric case involving a patient with severe orthopnea due to AMM and lymphoblastic lymphoma experienced respiratory arrest and cardiovascular collapse during sedation.
  • Medical treatment was ineffective, necessitating surgical resection under GA with NMR.
  • The patient required a multidisciplinary approach with careful preoperative evaluation and planning.

Findings:

  • Resection surgery under GA with NMR was ultimately required for the patient.
  • The case highlights the critical need for preparedness and stepwise procedures when GA/NMR are unavoidable.
  • Preparedness included strategies like rescue positioning, bronchoscopy, and sternotomy.

Implications:

  • This case underscores the importance of thorough preoperative assessment and meticulous planning for AMM resection.
  • A multidisciplinary team approach is crucial for managing complex cases of AMM.
  • Developing and preparing rescue strategies are vital for patient safety during AMM resection under GA with NMR.

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