3D打印三阴性炎性乳腺癌模型。

IF 3.2 Q1 RADIOLOGY, NUCLEAR MEDICINE & MEDICAL IMAGING
Yu-Hui Huang, Todd M Tuttle, Noelle Hoven
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引用次数: 3

摘要

背景:直接与乳腺癌患者接触影像学报告和回顾乳腺影像学有助于提高对疾病程度和严重程度的了解。3D打印乳房模型可以进一步增强患者与医疗团队的理解和沟通,从而提高患者的理解和患者的投入,减少治疗决策冲突。此外,3D打印模型可以促进参与乳腺癌诊断和治疗管理的住院医生和研究员的培训。病例介绍:我们提出了一个3D打印的乳房肿瘤模型,该模型由正电子断层扫描/计算机断层扫描分割,并通过桌面还原聚合制成,作为诊断为三阴性炎性乳腺癌的患者治疗计划的概念证明。结论:我们说明了3D打印在乳腺癌,特别是炎症性乳腺癌治疗中的益处和适应症。3D打印模型的制造和实施增强了患者对其病情、治疗方案和预期结果的理解和与医疗团队的沟通。它通过检查患者特定的病理和解剖空间关系提供个性化的治疗计划。此外,3D打印模型促进了涉及患者护理的跨学科受训者的医学教育。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

3D printed model for triple negative inflammatory breast cancer.

3D printed model for triple negative inflammatory breast cancer.

3D printed model for triple negative inflammatory breast cancer.

3D printed model for triple negative inflammatory breast cancer.

Background: Access to imaging reports and review of the breast imaging directly with a patient with breast cancer helps improve the understanding of disease extent and severity. A 3D printed breast model can further enhance a patient's understanding and communication with the healthcare team resulting in improved patient comprehension and patient input with reduced treatment decision conflict. Furthermore, 3D printed models can facilitate training of residents and fellows involved in the diagnosis and treatment management of breast cancer.

Case presentation: We present a 3D printed breast tumor model segmented from positron electron tomography/computed tomography and fabricated via desktop vat polymerization as proof of concept for treatment planning for a patient diagnosed with triple negative inflammatory breast carcinoma.

Conclusion: We illustrate benefits and indications for 3D printing in the management of breast cancer and specifically inflammatory breast cancer in this case. Fabrication and implementation of 3D printed models enhances patient's understanding and communication with the healthcare team regarding their condition, treatment options and anticipated outcomes. It provides personalized treatment planning by examining patient-specific pathology and the anatomic spatial relationships. Furthermore, 3D printed models facilitate medical education for trainees across disciplines involved in the patient's care.

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