Data for: The Microneurosurgical Training Model For Intrinsic And Extrinsic Brain Tumor Surgery Using Polyurethane Foam And Fresh Cadaveric Cow Brain: An Experimental Study

A laboratory-training model was created for microneurosurgical intervention of intrinsic brain tumor ablation covering microdissection of the brain tissue and opening of the pia mater, dissection and separation of the sulcal and cisternal structures, dissection and removal of the tumor tissue. Left front parietal lobe was used as the area of interest for this experimental study. One-centimeter cube polyurethane foam was injected into two centimeters deep inside the brain tissue using plastic injection tube. Following five minutes the model was ready to use under the operating microscope for dissection, separation, and removing of the tumor tissue. The compatibility of the training model was also evaluated as poor, acceptable and perfect.

为内脑肿瘤消融的微神经外科干预，本研究构建了一个实验室训练模型，涵盖了对脑组织的显微切割、软脑膜的切开，以及对脑沟和脑室结构的解剖与分离，以及肿瘤组织的解剖与切除。本研究选取左侧额顶叶作为感兴趣区域进行实验研究。利用塑料注射管，将一立方厘米的聚氨酯泡沫注入脑组织内深约两厘米处。五分钟后，模型在手术显微镜下即可用于肿瘤组织的切割、分离与切除。同时，对训练模型的兼容性进行了评估，结果分别为不兼容、可接受和完美。