A hybrid 3D-printed model for lateral canthotomy simulation

Q3 Medicine Annals of 3D printed medicine Pub Date : 2024-03-27 DOI:10.1016/j.stlm.2024.100153

Getaw Worku Hassen , Anisha Duvvi , Evan Yates , Yitzchak Goldsmith , Mohammed Ganji , Gregory McWhir , Jaspreet Singh , Ceilim Kim , Getnet Tolera , Sonja Jauhal , Selome F. Yewedalsew , Mauricio Gonzalez Aries , Shterni Seligson , Hossein Kalantari

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Abstract

Background

Compartment syndrome is a medical emergency. It should be diagnosed promptly, and therapeutic measures should be taken to avoid limb ischemia. Measurement of compartment pressure is extremely important.

Model

Knowledge about compartments and familiarity with the pressure monitoring device are important to diagnose acute compartment syndrome properly. Simulations provide an opportunity to learn the device and practice the procedure. Given their lower cost and the possibility of frequent reproduction, simulations using 3D-printed material are gaining popularity. We propose a simple low-fidelity model using a silicone-based lower leg soft tissue, 3D-printed tibia and fibula, Foley catheter, and syringes.

Conclusion

This low-fidelity simulator helps to improve procedural skills and retention through repeated practice.

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用于侧切口模拟的混合 3D 打印模型

背景腔室综合征是一种急症。应及时诊断并采取治疗措施以避免肢体缺血。要正确诊断急性腔室综合征，了解腔室知识和熟悉压力监测设备非常重要。模拟训练为学习设备和练习操作提供了机会。由于成本较低且可以频繁复制，使用三维打印材料制作的模拟模型越来越受欢迎。我们提出了一种简单的低保真模型，使用硅胶小腿软组织、3D 打印胫骨和腓骨、Foley 导管和注射器。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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