Abstract：
OBJECTIVE: This study aims to explore the application potential of 3D visualization technology based in emergency hypertensive cerebral hemorrhage surgery in primary hospitals. The specific goal is to use 3DSlicer software to perform 3D reconstruction and body surface projection on patients with hypertensive cerebral hemorrhage, provide accurate hematoma location information, help surgeons determine the specific location of hematoma on the body surface, and reduce the expansion of surgical incisions.
METHODS: 3D reconstruction technology based on 3DSlicer software was employed to process CT images of patients with cerebral hemorrhage. By segmenting and reconstructing the images, a 3D model of the hematoma was generated and projected onto the patient\'s body surface. Utilizing the functionalities of 3DSlicer software in conjunction with the surgeon\'s anatomical knowledge, accurate hematoma positioning on the body surface was achieved.
RESULTS: 23 patients were enrolled in this study, and underwent successful surgical evacuation. The implementation of 3D visualization technology using 3DSlicer software is expected to provide precise hematoma localization information for emergency hypertensive intracerebral hemorrhage surgery in primary hospitals. This approach will enable surgeons to accurately determine the appropriate surgical incision, thereby minimizing unnecessary trauma and improving the overall success rate of surgery.
CONCLUSIONS: This study demonstrates the potential application of 3D visualization technology based on 3DSlicer software in emergency hypertensive cerebral hemorrhage surgery within primary hospitals. By utilizing 3DSlicer software for hematoma localization, accurate information support can be provided to assist surgeons in managing patients with hypertensive cerebral hemorrhage.
METHODS: 3D reconstruction technology based on 3DSlicer software was employed to process CT images of patients with cerebral hemorrhage. By segmenting and reconstructing the images, a 3D model of the hematoma was generated and projected onto the patient\'s body surface. Utilizing the functionalities of 3DSlicer software in conjunction with the surgeon\'s anatomical knowledge, accurate hematoma positioning on the body surface was achieved.
RESULTS: 23 patients were enrolled in this study, and underwent successful surgical evacuation. The implementation of 3D visualization technology using 3DSlicer software is expected to provide precise hematoma localization information for emergency hypertensive intracerebral hemorrhage surgery in primary hospitals. This approach will enable surgeons to accurately determine the appropriate surgical incision, thereby minimizing unnecessary trauma and improving the overall success rate of surgery.
CONCLUSIONS: This study demonstrates the potential application of 3D visualization technology based on 3DSlicer software in emergency hypertensive cerebral hemorrhage surgery within primary hospitals. By utilizing 3DSlicer software for hematoma localization, accurate information support can be provided to assist surgeons in managing patients with hypertensive cerebral hemorrhage.
摘要：
目的：本研究旨在探讨基于3D可视化技术在基层医院急诊高血压脑出血手术中的应用潜力。具体目标是利用3DSlicer软件对高血压脑出血患者进行三维重建和体表投影,提供准确的血肿位置信息，帮助外科医生确定身体表面血肿的具体位置，减少手术切口的扩大。
方法：采用基于3DSlicer软件的三维重建技术对脑出血患者的CT图像进行处理。通过分割和重建图像，生成血肿的3D模型，并将其投影到患者的体表上。利用3DSlicer软件的功能结合外科医生的解剖学知识，实现了血肿在体表的准确定位。
结果：本研究纳入了23例患者，并成功进行了手术疏散。利用3DSlicer软件实现三维可视化技术有望为基层医院急诊高血压脑出血手术提供精确的血肿定位信息。这种方法将使外科医生能够准确地确定合适的手术切口，从而最大限度地减少不必要的创伤，提高手术的整体成功率。
结论：本研究展示了基于3DSlicer软件的3D可视化技术在基层医院急诊高血压脑出血手术中的潜在应用。利用3DSlicer软件进行血肿定位，可以提供准确的信息支持，以协助外科医生管理高血压脑出血患者。
方法：采用基于3DSlicer软件的三维重建技术对脑出血患者的CT图像进行处理。通过分割和重建图像，生成血肿的3D模型，并将其投影到患者的体表上。利用3DSlicer软件的功能结合外科医生的解剖学知识，实现了血肿在体表的准确定位。
结果：本研究纳入了23例患者，并成功进行了手术疏散。利用3DSlicer软件实现三维可视化技术有望为基层医院急诊高血压脑出血手术提供精确的血肿定位信息。这种方法将使外科医生能够准确地确定合适的手术切口，从而最大限度地减少不必要的创伤，提高手术的整体成功率。
结论：本研究展示了基于3DSlicer软件的3D可视化技术在基层医院急诊高血压脑出血手术中的潜在应用。利用3DSlicer软件进行血肿定位，可以提供准确的信息支持，以协助外科医生管理高血压脑出血患者。
