组织学图像和S100的阴性又不支持神经鞘瘤和神经纤维瘤。
The histology and negative staining for S100 are not consistent with schwannoma or neurofibroma.
结论OCT图像与生物组织学图像高度关联，不同组织的光学特征也明显不同。
Conclusion The results of OCT images were highly correlated with those of the histological images.
术后2、6、12周取材，通过组织学观察和计算机图像分析，评价其骨修复能力。
The rabbits were sacrificed at 2,6, 12 weeks respectively after operation. The bone repairing ability was assessed by histology and image analysis system.
按设计时间观察神经的组织学电脑图像并检测神经电生理指标和胫前肌重量。
According to the time of design, computer image of histology in nerve was observed, and electric physiological index of nerve and the weight of tibialis anterior muscle were detected.
方法用鸡趾屈肌腱损伤模型，观察正常和损伤肌腱的超声图像及肌腱愈合过程中超声影像与组织学改变之间的对应关系。
Methods Observing ultrasonogram of normal and traumatize flexor tendons of chicken toe and find out corresponds with ultrasonography and histological morphology during the healing process of tendon.
介绍了基于计算机工作站的连续组织学切片图像三维重建与显示技术。
In this paper, a computerized three dimensional reconstruction and display technique based on a computer work station for serial histological section is described.
术后1、2、3、4个月行肉眼观察并作肌电、组织学检测和图像分析。
The electrophysiological, histological studies and image analysis were performed at postoperative 1,2,3 and 4 month.
采用图像分析系统测定了利维爱处理组和其他处理组的动脉粥样硬化斑块面积的百分比，并进行了病理组织学观察。
The as plaque areas of Livial group and others treatments were analyzed with Imagine Analysis System, furthermore, the paraffin slices of artery were observed with microscope.
采用图像分析系统测定了利维爱处理组和其他处理组的动脉粥样硬化斑块面积的百分比，并进行了病理组织学观察。
The as plaque areas of Livial group and others treatments were analyzed with Imagine Analysis System, furthermore, the paraffin slices of artery were observed with microscope.
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