Holographic model of craniosynostosis for HoloLens.

IF 1.3

Acta cirurgica brasileira Pub Date : 2025-07-07 eCollection Date: 2025-01-01 DOI:10.1590/acb404825

Mauricio Mitsuru Yoshida, André Luiz Pires de Freitas, José da Conceição Carvalho Júnior, Julio Sergio de Souza, Vinicius Santos Baptista, Lydia Masako Ferreira

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Abstract

Purpose: To develop a holographic skull model of a deformity resulting from craniosynostosis for the HoloLens.

Methods: The methodology for product creation and prototyping was the design thinking structured with the double diamond. A desk survey was conducted with a literature review and an anteriority search. Based on the desk survey results, brainstorming was performed to develop solutions to improve the surgeon's performance in craniosynostosis using mixed reality.

Results: Reports or scientific articles relating mixed reality use to craniosynostosis were not found in search engines or bibliography databases. A surgeon's performance potential improvement was observed using mixed reality as an auxiliary tool in craniosynostosis surgery. A craniosynostosis skull hologram was developed in mixed reality, with interactivity commands controlled by gestures, facilitating a three-dimensional spatial understanding of cranial anatomy.

Conclusion: A holographic skull model with a deformity resulting from craniosynostosis was developed for the HoloLens.

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HoloLens颅缝闭合的全息模型。

目的：为全息透镜建立颅缝闭锁畸形的全息颅骨模型。方法：采用双菱形结构的设计思维进行产品创新和原型设计。课桌调查包括文献回顾和先验检索。根据案头调查结果，进行了头脑风暴，以制定解决方案，以提高外科医生在使用混合现实颅缝闭锁方面的表现。结果：有关混合现实应用于颅缝闭合的报告或科学文章未在搜索引擎或书目数据库中找到。在颅缝闭合手术中使用混合现实作为辅助工具，观察到外科医生的工作潜力的改善。在混合现实中开发了颅缝闭合颅骨全息图，通过手势控制交互命令，促进对颅骨解剖的三维空间理解。结论：为HoloLens建立了颅缝闭锁畸形的全息颅骨模型。

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Acta cirurgica brasileira

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