Extracorporeal membrane oxygenation experience in COVID-19 pandemic: Report of two cases.

The new coronavirus disease, in which 100,000 of people are infected in the world, appears in tables ranging from asymptomatic course to severe acute respiratory distress syndrome. Extracorporeal membrane oxygenation (ECMO) is one of the salvage treatments applied in intubated patients due to high mortality. However, since ECMO treatment is a complicated treatment, the gain loss rate should be determined well. We aimed to share two cases that we applied ECMO treatment in our clinic. Although we could not achieve a successful result, we believe that new experiences should be shared in order to better understand the place of ECMO in coronavirus disease 2019 treatment.

Maintenance of balance between airway pressure and intracranial pressure in a patient with tracheal stenosis undergoing craniotomy: a case report / Manutenção do equilíbrio entre a pressão das vias aéreas e a pressão intracraniana em paciente com estenose traqueal submetido à craniotomia: relato de caso

Abstract Background and objectives: Tracheal stenosis is a rare but a life-threatening condition and anesthesia of a patient with tracheal stenosis is challenging for anesthesiologists. Maintaining stable hemodynamics and ventilation parameters are important issues in neuroanesthesia. Any increase in airway peak pressure and ETCO2 will result in increase in intracranial pressure which must be avoided during craniotomies. Tracheal stenosis could be a reason for increased airway pressure. Case report: We described a patient undergoing craniotomy with tracheal stenosis. Conclusion: Detailed preparation for intubation, to stabilize airway dynamics and to make the right decision for the surgery were important points. To maintain of a good balance between cerebral dynamics and airway dynamics were the pearls of this case.

Resumo Justificativa e objetivos: Estenose traqueal é uma doença rara, mas de risco, e a anestesia em paciente com estenose traqueal é um desafio para os anestesiologistas. Manter os parâmetros hemodinâmicos estáveis e a ventilação são questões importantes em neuroanestesia. Qualquer aumento da pressão de pico das vias aéreas e da ETCO2 resultará em aumento da pressão intracraniana, o que deve ser evitado durante craniotomias. A estenose traqueal pode ser uma razão para o aumento da pressão das vias aéreas. Relato de caso: Descrevemos o caso de um paciente submetido à craniotomia com estenose traqueal. Conclusão: A preparação detalhada para a intubação, estabilizar a dinâmica das vias aéreas e tomar a decisão certa para a cirurgia foram pontos importantes. Manter um bom equilíbrio entre a dinâmica cerebral e a dinâmica das vias aéreas foi a pérola deste caso.

[Maintenance of balance between airway pressure and intracranial pressure in a patient with tracheal stenosis undergoing craniotomy: a case report]. / Manutenção do equilíbrio entre a pressão das vias aéreas e a pressão intracraniana em paciente com estenose traqueal submetido à craniotomia: relato de caso.

BACKGROUND AND OBJECTIVES: Tracheal stenosis is a rare but a life-threatening condition and anesthesia of a patient with tracheal stenosis is challenging for anesthesiologists. Maintaining stable hemodynamics and ventilation parameters are important issues in neuroanesthesia. Any increase in airway peak pressure and ETCO2 will result in increase in intracranial pressure which must be avoided during craniotomies. Tracheal stenosis could be a reason for increased airway pressure. CASE REPORT: We described a patient undergoing craniotomy with tracheal stenosis. CONCLUSION: Detailed preparation for intubation, to stabilize airway dynamics and to make the right decision for the surgery were important points. To maintain a good balance between cerebral dynamics and airway dynamics were the pearls of this case.

Maintenance of balance between airway pressure and intracranial pressure in a patient with tracheal stenosis undergoing craniotomy: a case report.

BACKGROUND AND OBJECTIVES: Tracheal stenosis is a rare but a life-threatening condition and anesthesia of a patient with tracheal stenosis is challenging for anesthesiologists. Maintaining stable hemodynamics and ventilation parameters are important issues in neuroanesthesia. Any increase in airway peak pressure and ETCO2 will result in increase in intracranial pressure which must be avoided during craniotomies. Tracheal stenosis could be a reason for increased airway pressure. CASE REPORT: We described a patient undergoing craniotomy with tracheal stenosis. CONCLUSION: Detailed preparation for intubation, to stabilize airway dynamics and to make the right decision for the surgery were important points. To maintain of a good balance between cerebral dynamics and airway dynamics were the pearls of this case.