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Segmentectomías hechas fácil serie: segmentectomía izquierda S3 asistida por robot
Zakariya Mouyer1, Aishah Zubaid Mughal2, Ayyoub Elfiky2
1Department of Cardiothoracic Surgery, St George's Hospital, St George's University Hospitals NHS Foundation Trust, London, United Kingdom.
Multimedia manual of cardiothoracic surgery : MMCTS
|August 28, 2025
Resumen
La segmentectomía robótica ofrece precisión para resecciones pulmonares complejas. Las ayudas de imagen 3D preoperatorias en la planificación y navegación de variaciones anatómicas para mejorar los resultados quirúrgicos.
Área de la Ciencia:
- Cirugía torácica
- Oncología quirúrgica
- Imágenes médicas
Sus antecedentes:
- La cirugía torácica asistida por robot proporciona una mayor visualización y precisión para las resecciones pulmonares complejas.
- Si bien son beneficiosas, las resecciones robóticas sublobares como las segmentectomías presentan desafíos técnicos, especialmente con variaciones anatómicas.
- Las ayudas de imagen de reconstrucción 3D en la evaluación preoperatoria y la planificación quirúrgica para una mayor precisión.
Objetivo del estudio:
- Para demostrar una segmentectomía robótica izquierda S3 para una lesión pulmonar metastásica.
- Para resaltar el papel de la imagen 3D preoperatoria en el manejo de variantes anatómicas durante la segmentectomía robótica.
- Proporcionar un tutorial estructurado sobre segmentectomía robótica, haciendo hincapié en el impacto de la visualización 3D en la precisión y los resultados.
Principales métodos:
- Se realizó una segmentectomía robótica izquierda S3 para una lesión pulmonar metastásica.
- Se utilizaron imágenes 3D preoperatorias para identificar y planificar distintas variantes anatómicas bronco-vasculares.
- El procedimiento quirúrgico fue documentado paso a paso, desde la colocación del puerto hasta la resección segmentaria y la identificación anatómica.
Principales resultados:
- La cirugía asistida por robots facilitó la disección y resección precisas a pesar de las complejidades anatómicas.
- La imagen 3D preoperatoria fue crucial para adaptar la estrategia quirúrgica a las variantes anatómicas identificadas.
- El caso ilustra el potencial de la visualización 3D para mejorar la toma de decisiones intraoperatorias en la segmentectomía robótica.
Conclusiones:
- La segmentectomía robótica, guiada por imágenes en 3D, puede manejar eficazmente complejas resecciones pulmonares con variaciones anatómicas.
- La integración del modelado virtual en 3D en la cirugía torácica robótica requiere una mayor investigación y una adopción más amplia.
- Este tutorial enfatiza el valor de la visualización en 3D para optimizar los resultados de las segmentectomías robóticas.
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