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• W2326610228 abstract "espanolSe presenta un nuevo simulador para el entrenamiento y evaluacion de tecnicas intervencionistas bajo vision fluoroscopica en medicina del dolor que permite realizar los procedimientos mas utilizados a nivel de cabeza y cuello, tronco, region lumbosacra y pelvis. En el trabajo se desarrollo una inclusion de material oseo cadaverico en material sintetico version no transparente color piel y transparente para entrenamiento en bloqueos bajo vision ecografica y fluoroscopica combinados. El Nuevo Simulador Hibrido se baso en la inclusion artesanal de material oseo cadaverico dentro de un tejido de material sintetico emulando, con elevado realismo, el modelo humano. En la experiencia de los educandos que realizaron los talleres durante el ano 2014 expresaron alta satisfaccion comparando a pacientes reales, cadaveres frescos y simuladores sinteticos. Este desarrollo permite, como caracteristicas principales: a) repetir cada procedimiento las veces necesarias para que cada educando alcance un estandar minimo exigible y disminuya el numero y tipo de errores posibles propios de cada tecnica; b) entrenar adecuadamente para los procesos de certificacion; c) facilitar evaluar la eficacia de entrenar con estos modelos frente al entrenamiento en pacientes reales u otras formas de entrenamiento (simuladores o cadaveres frescos); d) mejorar la accesibilidad por su bajo costo evitando la complejidad de la preservacion de tejidos, y e) permitir, en opinion del autor, reducir la curva de aprendizaje en un medio seguro para paciente, educando, docente y el sistema de salud y universitario. EnglishThis paper introduces a new simulator to be used in the training and evaluation of interventional techniques under fluoroscopic visualization in pain medicine, apt for repeating the most broadly used procedures in the head and neck, trunk, lumbosacral region and pelvis. This simulator is built using cadaveric bones in synthetic transparent material for training in nerve block procedures under combined ultrasonic and fluoroscopic guidance. The New Hybrid Simulator comprises the use of cadaveric bones surrounded by synthetic material resembling human models in a highly realistic manner. The trainees that attended the workshops during 2014 expressed a high degree of satisfaction when comparing this model to practicing on real patients, fresh cadavers and synthetic simulators. The salient features of this development are: repeating the procedures as many times as necessary for each trainee to meet the minimum requirements and reduce the number and type of potential errors in each technique; conducting appropriate training for certification purposes; facilitating the evaluation of efficacy of training using these models as compared to training on real patients or other modalities (simulators or fresh cadavers); improving accessibility given its low cost, thus avoiding the complexity involved in the preservation of tissues and finally, in the author's opinion reducing the learning curve in a safe setting for patients, trainees, trainers and for the healthcare and university systems at large." @default.
• W2326610228 created "2016-06-24" @default.
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• W2326610228 date "2016-01-01" @default.
• W2326610228 modified "2023-09-27" @default.
• W2326610228 title "Nuevo simulador híbrido cadavérico/sintético para la enseñanza de técnicas intervencionistas para tratamiento del dolor refractario" @default.
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• W2326610228 doi "https://doi.org/10.20986/resed.2016.3410/2016" @default.
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