CT appearance of experimental thalamic radiofrequency lesion in dog.

D Ebisutani, K Matsumoto, Y Murayama, T Soga
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引用次数: 2

Abstract

The location and extent of thalamic lesions following thalamotomy can be identified as a large low density area in the acute stage to a small spot in the chronic stage. Stereotactic experimental radiofrequency lesions were placed in the thalamus of 35 mongrel dogs. CT images and whole brain specimens were obtained on days 0, 3, 7, 10, 14, 21 and 60. The appropriate time to map the lesions in the thalamus was thought to be about day 14, because of the thalamic size ratio and the correction of the ventricular deformity. The histological area of the lesion at day 14 corresponded better to the contrast-enhanced area than to that of the plain CT. These results suggest that the lesion demonstrated by contrast-enhanced CT scans at day 14 gives the best anatomical mapping of the actual histological defect.

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犬实验性丘脑射频损伤的CT表现。
丘脑切除术后丘脑病变的位置和范围可识别为急性期大的低密度区到慢性期的小点。立体定向实验射频损伤放置在35只杂种狗的丘脑。分别于第0、3、7、10、14、21、60天采集CT图像及全脑标本。由于丘脑的大小比例和心室畸形的矫正,绘制丘脑病变图的适当时间被认为是在第14天左右。第14天病变的组织学面积与增强扫描的对应程度优于CT平扫。这些结果表明,在第14天通过对比增强CT扫描显示的病变给出了实际组织学缺陷的最佳解剖图谱。
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Proceedings of the 2nd International Symposium on Dorsal Root Entry Zone (DREZ) Lesions. Durham, N.C., April 24-26, 1987. Abnormal physiology of the dorsal horn as related to the deafferentation syndrome. Neurochemistry of the dorsal horn. Investigation on cerebrospinal fluid opioids and neurotransmitters related to spinal cord stimulation. Historical development of neural transplantation.
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