Orthopedic Surgery Training Simulation

Sourina, Olga; Sourin, Alexei; Sen, Howe Tet

doi:10.1142/s0219519407002121

Cited by 14 publications

(11 citation statements)

References 5 publications

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“…A bit more generic simulation system for orthopaedic surgery is reported in [3] and updated in [8]. The objective is to provide simulation software that can run on PC, laptop, with minimum requirements, which similar to our objective in one sense.…”

Section: Related Workmentioning

confidence: 97%

Affordable Interactive Virtual Reality System for the Dynamic Hip Screw Surgery Training in Vitro

Ahmed¹,

Maqsood²,

Saif³

et al. 2012

Signal Processing, Pattern Recognition and Applications / 779: Computer Graphics and Imaging

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Interactive virtual reality systems provide safe and costeffective training environment to improve the technical skills and competence of surgeons. The trainees can have as many practice sessions, without need to the trainer all the time, before even start carrying out the procedure on any real patient.In this paper, we present an affordable interactive virtual reality system for the Dynamic Hip Screw (DHS) surgery training in vitro, through 3D tracking. The system facilitates a safe (in vitro / off patient) training to improve the cognitive coordination of trainees and junior surgeons, in particular the Hands, Eyes and Brain coordination. The system is based on very cheap commercial off-the-shelf (COT) components, which are very affordable, and needs minimum setup effort and knowledge. It also provides a range of visual and quantitative feedback information and measures, such as position, orientation, insertion point, and depth of drilling. It is envisaged that improving this level of coordination, through the training system, will contribute to reducing the failure rate of the DHS procedure. This means better treatment for patients and less costs for the Health services systems (e.g. UK's NHS system).

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Section: Related Workmentioning

confidence: 97%

Affordable Interactive Virtual Reality System for the Dynamic Hip Screw Surgery Training in Vitro

Ahmed¹,

Maqsood²,

Saif³

et al. 2012

Signal Processing, Pattern Recognition and Applications / 779: Computer Graphics and Imaging

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“…They reduce the fracture and secure inside using implants selected from hundreds of plates, screws, nails and son. For the insertion of implants, students use various surgical instruments to drill holes, measure length, and insert the implants [2].…”

Section: Simulation Of Orthopedic Surgerymentioning

confidence: 99%

“…In the educational purposes and in order to test the various osteosynthesis, the use of simulation models of osteosynthesis in the operation planned before performing the actual surgery has allowed, us to get a better planning with a minimal invasive, obtain an optimal correction and bring a new look on bone surgery training, especially in the delicate surgical maneuvers [2].…”

Section: Introductionmentioning

confidence: 99%

Novel Approach to Teach Veterinary Orthopedic Surgery in Dogs

Asma¹,

Eddine²

2014

J Veterinar Sci Technol

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As a delicate discipline, orthopedic surgery requires a mastery of the Topographic anatomy in order to get a quick access to the bone structure with the least risk and non-altering the vascular and nerve structures. Actually, 3D modeling offers a good representation of anatomical structures with a perfect transparency. The animal's organs can be reconstructed in 3D anatomical forms from the anatomical 2D charts, or rebuilt from radiological imaging with Magnetic Resonance Imaging (MRI), Computed Tomography (CT) and ultrasound 3D.

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“…Después de una serie de procesamiento de información que incluye, la calibración de las cámaras y la reconstrucción de las coordenadas en tercera dimensión de los instrumentos simulados, se obtienen 6 grados de libertad en los instrumentos simulados con un error absoluto de menos de 1 mm. Sourina et al (2007), implementan un programa simulador llamado "Virtual Bone-Setter", para ayudar a entender las relaciones tridimensionales complejas entre huesos e implantes. En este sistema, el cirujano localiza el hueso fracturado en el espacio en tercera dimensión observando la pantalla, luego, dependiendo de la fractura, el cirujano puede dar comandos para manipular los instrumentos y poner los implantes.…”

Section: La Simulaciónunclassified

Desarrollo de una aplicación web para el montaje de una mesa quirúrgica en el área de traumatología

Chalarca

2013

Rev. investig. desarro. innov

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ResumenEl creciente desarrollo y evolución de las tecnologías, unido a los grandes cambios sociales han propiciado el replanteamiento en los sistemas tradicionales de enseñanza, donde el profesor asumía el rol principal. En la actualidad, existen diversas áreas donde la tecnología ha r e v o l u c i o n a d o l a s f o r m a s d e i m p a r t i r conocimiento, jugando un papel transformador e innovador en los procesos educativos. En esta investigación se describe el diseño de una aplicación web como estrategia para el aprendizaje de instrumental quirúrgico en el área de traumatología. La arquitectura de desarrollo solo incluyó componentes de código abierto, por lo que esta versión es totalmente software libre y se puede liberar con cualquier tipo de licencia de código abierto. Igualmente, se presenta el estado del arte de las herramientas existentes para la enseñanza y entrenamiento del personal médico en el área quirúrgica, especialmente en el campo de la cirugía traumatológica. El trabajo concluye con algunas recomendaciones que se deben tener en cuenta a la hora de desarrollar este tipo de aplicaciones.Palabras clave: Aplicación web, juegos serios, instrumental quirúrgico, entrenamiento quirúrgico. AbstractThe growing development and evolution of technologies along with major social changes have fostered a reframing in traditional teaching systems where, until now, the professor assumed the leading role. Nowadays, technology has redefined teaching in different areas and has played a crucial role innovating and transforming educational processes. This research describes the design of a web application as a learning strategy of surgical instruments usage inside the traumatology area. The development architecture was created by using only open source components, making this version freeware under any type of open source software license. Likewise, the state of the art of current surgical instruments available for teaching and training of medical personnel, specifically inside the traumatology area, is presented. This paper presents some final conclusions that should be taken into account when developing this type of applications.

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Orthopedic Surgery Training Simulation

Cited by 14 publications

References 5 publications

Affordable Interactive Virtual Reality System for the Dynamic Hip Screw Surgery Training in Vitro

Affordable Interactive Virtual Reality System for the Dynamic Hip Screw Surgery Training in Vitro

Novel Approach to Teach Veterinary Orthopedic Surgery in Dogs

Desarrollo de una aplicación web para el montaje de una mesa quirúrgica en el área de traumatología

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