Técnica de ex vivo en modelo biológico para trasplante pulmonar. Una manera de realizar simulación de alto realismo

Rogelio Jasso-Victoria, Emilio Roberto Rueda-Juárez, M. T. Pérez-López, Matilde Baltazares-Lipp, J. R. Olmos-Zúñiga, Javier Martínez-Cortés, María T. Silva-Martínez, Claudia Hernández-Jiménez, Juan Carlos Vázquez-Minero
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Abstract

. Pulmonary transplantation is a treatment that involves mastery of a complex surgical technique, for the specialist in training in chest surgery. One modality of preserving the lung before being transplanted is the ex vivo technique. Material and methods : In order to train the resident in this area, a biological model of pig was used to obtain the heart lung block and its connection to the living system. Results: 20 lung heart block procurements were carried out and connected to the lively system without complications, leaving them connected for two hours to assess, that the technique was correct. This significant learning modality, with a process of situated cognition, helps to improve the learning of residents in training. Conclusions: High-realism biological simulation is a very useful tool for meaningful and situated learning of thoracic surgery residents.
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肺移植生物模型的离体技术。一种执行高真实感模拟的方法
. 肺移植是一种治疗,需要对复杂的外科技术的掌握,对胸部外科专家的培训。在移植前保存肺的一种方式是离体技术。材料和方法:为了对该领域的住院医师进行培训,采用猪的生物模型获得心肺阻滞及其与生命系统的连接。结果:20例肺心传导阻滞置换术完成,并与活体系统连接,无并发症,连接2小时后评估技术是否正确。这种具有情境认知过程的重要学习方式有助于住院医师在培训过程中的学习。结论:高逼真度的生物模拟对胸外科住院医师有意义的情境学习是非常有用的工具。
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