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Realidad mixta en Hololens 2 como sistema de asistencia intraoperatoria en cirugía de escoliosis idiopática del adolescente: un caso clínico.
Mixed reality in Hololens 2 as an intraoperative assistance system in adolescent idiopathic scoliosis surgery: a clinical case
FERRÀS TARRAGÓ J, SÁENZ GAMBOA J, DOMÉNECH FERNÀNDEZ J 1 HOSPITAL ARNAU DE VILANOVA, VALENCIA 2 CENTRO DE INVESTIGACIÓN PRÍNCIPE FELIPE, VALENCIA
Recepción:
31/10/2022
Aceptación:
31/10/2022
Publicación:
31/10/2022
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Resumen (ES)
Virtual reality has been one of the main technological revolutions in trauma in the last decade. This allows us to perform
intraoperative assistance in a simple way, without the use of physical anchors and with a quick and accessible image
preparation process. We present the use of this technology in surgical assistance for the correction of the deformity in
adolescent idiopathic scoliosis. Material and methods: using C++ code and the Unity platform, a virtual planning tool was
generated and the optimal positioning and size of the implants were designed at the apex of the deformity. Subsequently,
the image was fixed in the ptaient and the holographic image was used for surgical assistance. Results: the positioning
and size of the implants were identical to those planned using this technology. The planning time was low and the
surgeon''s satisfaction was high regarding the practicality of its use and the result obtained. Conclusions: virtual reality is a
simple technology that allows improving intraoperative assistance in spinal surgery, this being one of the first cases
described for its intraoperative use
intraoperative assistance in a simple way, without the use of physical anchors and with a quick and accessible image
preparation process. We present the use of this technology in surgical assistance for the correction of the deformity in
adolescent idiopathic scoliosis. Material and methods: using C++ code and the Unity platform, a virtual planning tool was
generated and the optimal positioning and size of the implants were designed at the apex of the deformity. Subsequently,
the image was fixed in the ptaient and the holographic image was used for surgical assistance. Results: the positioning
and size of the implants were identical to those planned using this technology. The planning time was low and the
surgeon''s satisfaction was high regarding the practicality of its use and the result obtained. Conclusions: virtual reality is a
simple technology that allows improving intraoperative assistance in spinal surgery, this being one of the first cases
described for its intraoperative use
Palabras clave (ES):
escoliosis
Hololens
2
idiopática
del
adolescente
realidad
mixta
Resumen (EN)
Virtual reality has been one of the main technological revolutions in trauma in the last decade. This allows us to perform
intraoperative assistance in a simple way, without the use of physical anchors and with a quick and accessible image
preparation process. We present the use of this technology in surgical assistance for the correction of the deformity in
adolescent idiopathic scoliosis. Material and methods: using C++ code and the Unity platform, a virtual planning tool was
generated and the optimal positioning and size of the implants were designed at the apex of the deformity. Subsequently,
the image was fixed in the ptaient and the holographic image was used for surgical assistance. Results: the positioning
and size of the implants were identical to those planned using this technology. The planning time was low and the
surgeon''s satisfaction was high regarding the practicality of its use and the result obtained. Conclusions: virtual reality is a
simple technology that allows improving intraoperative assistance in spinal surgery, this being one of the first cases
described for its intraoperative use
intraoperative assistance in a simple way, without the use of physical anchors and with a quick and accessible image
preparation process. We present the use of this technology in surgical assistance for the correction of the deformity in
adolescent idiopathic scoliosis. Material and methods: using C++ code and the Unity platform, a virtual planning tool was
generated and the optimal positioning and size of the implants were designed at the apex of the deformity. Subsequently,
the image was fixed in the ptaient and the holographic image was used for surgical assistance. Results: the positioning
and size of the implants were identical to those planned using this technology. The planning time was low and the
surgeon''s satisfaction was high regarding the practicality of its use and the result obtained. Conclusions: virtual reality is a
simple technology that allows improving intraoperative assistance in spinal surgery, this being one of the first cases
described for its intraoperative use
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