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1 词典释义:
white matter
时间: 2025-06-29 18:32:26

n.(脑及脊髓中的)白质

双语例句
  • White matter is a key to the development of language and reading skills.

    白质是语言和阅读能力开发的关键。

  • Studies have shown that air pollution has a great effect on the white matter in the brain, but not the grey matter.

    研究表明,空气污染对大脑中的白质有很大影响,但对灰质没有影响。

  • White matter is more connected with a person's language skills, while grey matter is connected to our ability to solve math problems.

    白质更多的是与一个人的语言技能有关,而灰质则与我们解决数学问题的能力有关。

  • There are internuncial cells in the white matter.

    白质中有散在的神经细胞。

  • So using brain imaging, she focused on the white matter, or nerve tissue, of the brain.

    因此,观察大脑成像时,她将注意力放在大脑的白色物质即神经组织上。

  • The amount of white matter (connections between nerves) was similar across the two groups.

    两组孩子脑部相同部位的白质(灰质间的连接物)的数量相近。

  • Methods: White matter density was compared among three groups by voxel-based morphometry.

    方法:用基于像素的形态学测量法比较三组的白质密度。

  • She reports in her recent study a marked difference in the white matter of the binge drinkers.

    在近期的研究,她报告说,发现了酗酒人员的大脑白色物质中有显著差异。

  • WMH are diseased areas of the white matter seen commonly in brain MRI scans in the elderly.

    WMH是脑mri扫描中经常看到的老年人脑白质病变区域。

  • The tumor appears to be centered in white matter underlying the left post - central gyrus .

    肿瘤似乎位于位于左侧中央后回下的白质中。

  • And poor quality of the brain's white matter indicates poor, inefficient communication between brain cells.

    而大脑白色物质内的不健康意味着脑细胞之间交流的欠缺、不良。

  • While we describe the brain as "gray matter" and "white matter", this is not a true description of its color.

    我们通常都把大脑描述成“灰白质”或者“白质”,这些对它颜色的描述都是不正确的。

  • Even though a woman's brain is 10% smaller than a man's brain, it has less grey matter and more white matter.

    虽然女性大脑比男人的要小10%,其拥有的白质却比灰质多。

  • Gray matter represents information processing centers in the brain, and white matter links the centers together.

    灰质包含了大脑中的信息处理中心而白质将这些中心连接起来。

  • They discovered that an overweight person at 50 had a comparable white matter volume to a lean person aged 60.

    他们发现,一个50岁超重的人,他的大脑白质和一个60岁偏瘦的人的大脑白质数量是一样的。

  • More generally, men seem to rely more on their grey matter for their IQ, whereas women rely more on their white matter.

    大体上说男性的IQ依靠灰质,而女性则更多依赖于白质。

  • Dilated perivascular Spaces most commonly occur within the basal ganglia, midbrain, thalami, and deep white matter.

    血管周围间隙扩大通常发生于基底节区、中脑、丘脑和深部脑白质。

  • As noted earlier, these areas are the last to lay down the fatty myelin insulation-the brain's white matter-that speeds transmission.

    如早先提到的,这些区域是最后停止髓鞘(大脑中的白色物质,能提高信息传输速度)化的。

  • Involvement of adjacent white matter tracts, cerebral cortex and cerebellar structures has also been described but is less common.

    邻近白质束、大脑皮质及小脑结构的受累也可以出现,但是相对不常见些。

  • The soma of NG2 positive cell displays a star-like morphology with different shapes in the gray and white matter of cerebrum cortex.

    成年脑内ng 2胶质细胞突起丰富、有较多分支,细胞体呈星形但是在各脑区形态不完全一致。

  • Thompson used diffusion imaging, which measures the direction in which water diffuses through white matter, to show the speed of the connections.

    汤普森利用扩散方法成像,他控制水通过白质扩散的方向,显示大脑连接的速度。

  • The lesion is well demarcated (Figures 1 ~ 4 in the first batch) and found in the white matter only. The cerebral cortex is spared (Figure 3).

    这种疾病境界清楚(第一组图1 - 4),而且只发生于大脑白质,皮质未累及(图3)。

  • Lacunar infarcts were rated visually. Volumes of deep white matter and WML and presence of lacunar infarcts reflected cerebral small vessel disease.

    人工视觉判断腔隙性梗塞的程度,深灰质的容积、脑室容积及腔隙性梗塞的存在与否反应脑部小血管病变的程度。

  • "White matter is very important for the relay of information between brain cells; and we know that it is continuing to develop during adolescence," Tapert says.

    “白色物质对于信息在脑细胞间的传递是非常重要的;我们知道,整个青春期内它还在不断发育,”泰普特说。

  • They found striking differences in the volume of white matter. Overweight individuals had a widespread reduction in white matter compared with lean people.

    他们发现了两者脑白质含量有惊人的区别。与偏瘦组相比,超重组的脑白质含量普遍都比较低。

  • Gray matter represents information processing centers in the brain, and white matter represents the networking of-or connections between-these processing centers.

    脑灰质代表大脑里的信息处理中心,脑白质代表这些处理中心间的协同与联系。