white matter

MRI demonstrated abnormal signals, thickness of optic nerve and white matter lesions in brain.

mri可表现为视神经异常信号和视神经增粗,部分患者伴有脑白质异常.

MRI showed abnormal image in the spinal, white matter, thalamus and pons.

MRI示脊髓 、 脑白质 、 丘脑和桥脑均受累.

The extensive white matter petechial hemorrhages seen here are typical for fat embolism syndrome.

广泛的白质瘀点瘀斑是脂肪栓塞的典型表现.

Gray matter has more fluid than white matter , making it easy to distinguish between the two.

灰质比白质含有更多的液体, 因此很容易在这两者之间区分.

Relative cerebral cortex ofbrain white matter, also known as the medulla.

相对大脑皮质白质又称为大脑髓质.

On MR, these white matter lesions have the same signal characteristics as cortical tubers.

在磁共振上, 白质病变的信号特点类似皮质结节.

The distinction between grey and white matter is lost.

灰质和白质的区别不清.

In patients with MCI, researchers identified regions of brain atrophy and increased water content white-matter areas.

研究人员找到了MCI病人脑萎缩的区域,发现白质区的水容量增加.

Such lesions are most common in basal ganglia, deep white matter, and brain stem.

此病变多位于基底节 、 白质深部 、 脑干.

Large areas of white matter hyperintensity also were examined.

同时检查了大面积的白质高密度.

Cross-section of the brain is divided into white matter and matter.

大脑的 断面 分为白质与灰白质.

Cerebellar white-matter was severely involved, but the grey-matter nucleus were not involved.

以小脑半球白质受累最为严重, 但其灰质核团未见受累.

Conclusion EAE is characterised by perivascular inflammatory cell infiltration and demyelination in white matter.

结论EAE的病理改变主要为血管周围炎性浸润及白质脱髓鞘.

SRR max of white matter in SE EPI and GE EPI was 8.07 % , 13.68 %, respectively.

白质的srrmax则为8.07% 、 13.68%.

On the next lower slice, extension of the infarct into white matter is seen.

在下一页更低的层面, 可以看到延伸至白质的梗塞灶.