Here is a conjecture about Jingluo: "the essence of Jimgluo is in CNS, the lines of Jingluo on soma is only actually a mapping of some strong connection networks in cortex or white matter of brain".
作者对经络提出了一种大胆的猜想，即“经络实质是存在于中枢神经系统，经络线实际上是在大脑皮层或白质中的强联系网络在躯体上的映像。”
The findings show that long term exposure to greenness is positively associated with white and grey matter volumes in several parts of the brain.
研究结果表明，长期暴露在绿色环境中与大脑的白质和灰质体积呈正相关。
They are likely to come with larger volumes of white and grey matter in certain areas of the brain.
他们很可能在大脑的某些区域拥有大量的白质和灰质。
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。
"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。
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。
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。
Oddly, though, the main connection between the two hemispheres of the brain, which is known as the corpus callosum and is made of white matter, is proportionately smaller in men than women.
让人不解的是，连接大脑两个半球的白质——也叫胼胝体——在男性中成比例地小于女性。
Studies in animals and people have shown that physical activity generally increases brain volume and can reduce the number and size of age-related holes in the brain's white and gray matter.
动物和人体研究都表明，一般而言，体育活动可以增加脑容量，并可减少与衰老有关的脑部白质和灰质孔洞的数量和大小。
This study describes one of the first large-scale analyses of the extent of global (overall), tissue-specific and regional brain atrophy, and white matter hyperintensities (WMH).
这一研究第一次在大宗病例基础上分析了全脑、组织特异、局部脑萎缩的程度，以及脑白质高信号区（WMH）。
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。
This research is also the first to observe the effect of these changes in white matter on intellectual outcome in children with brain tumors.
这项研究也是第一次在儿童脑肿瘤患者中评估大脑白质的这种变化对智力的影响。
The percentages of water content in brain gray matter and white matter were determined with water analytic apparatus.
通过水分分析仪分别测定各组脑灰、白质水分含量百分比。
Result there is different degree low-density change of brain white matter in all cases, and majority cases involve the white matter on the same side of ventricle.
结果本组病例均有不同程度弥漫性脑白质低密度改变，多数累及侧脑室周旁白质。
There were obvious pathological change in the brain after the chronic cerebral hypoperfusion, such as myelinic degeneration and formation of glial nodule in white matter.
缺血后脑的病理改变以神经细胞变性、固缩和退变，皮层下白质的神经纤维和髓鞘溃变为主，普遍存在胶质细胞增生，形成胶质小结。
Last summer, Just led a team of researchers that found for the first time that the abnormality in synchronization among brain areas is related to the abnormality in the white matter.
去年夏天，Just领导的小组第一次发现不同脑区之间的联系不协调与白质结构异常有关。
RESULTS: In the 277 late preterm infants, 118 (42.6%) showed white matter damage, accounting for 71.9% of 164 cases of brain injury.
结果：晚期早产儿中，脑白质损伤118例，占脑损伤的71.9%（118/164），占全部晚期早产儿的42.6%（118/277）。
Results Spongiform was not discovered in white matter of the brain at 4 weeks but some apoptosis was found in brain stem and deep white matter of the brain.
结果实验大鼠脑白质于4周时无明显空泡样改变形成，但在脑干及大脑深层白质可见阳性凋亡细胞；
They found brain structures called white matter tracks, which carry information between different regions of the brain, were deteriorating only in the older group.
他们还发现脑白质突(一种在不同脑部分传递信息的脑结构)退化仅发生于年老人群。
The researchers also found changes in deep-brain tissue called white matter, through which messages pass between different areas of grey matter in the nervous system.
研究院也找到了在大脑深处的细胞组织，白质在慢慢发生变化。白质是信息在神经系统中的不同灰质间传递的媒介。
The anisotropic and inhomogeneous distribution of brain white matter conductivity is widespread, so the measure of its impact on forward problem of EEG is very important.
脑白质电导率的各向异性和非均质分布是广泛存在的，因此衡量其对脑电正问题计算的影响显得十分重要。
ConclusionIt is similar to single preterm, cerebral white matter injury is the major forms of MRI in twin preterm with brain injury.
结论与单胎早产儿相似，脑白质损伤也是双胎早产儿脑损伤的MRI的主要表现形式。
The rate of cerebral infarction associated with white matter lesion(WML)and brain atrophy in VD group was higher than that of NVD group. Conclusion :The factors that mosts…
结论：血管性痴呆与梗塞部位及是否存在脑白质变性和脑萎缩有关。
The number and the location of CMBs, the incidence of lacunar infarction and ischemic brain white matter changes were studied on MRI images.
记录脑微出血的病灶数量、部位、有无腔隙性脑梗死灶、脑白质改变及其程度。
The number and the location of CMBs, the incidence of lacunar infarction and ischemic brain white matter changes were studied on MRI images.
记录脑微出血的病灶数量、部位、有无腔隙性脑梗死灶、脑白质改变及其程度。
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