查询词典 insular sclerosis

Regions of limbic systemincluding hippocamp,parahippocamp,insular lobes showed increased positivefunctional connectivity with the bilateral STR.

海马、海马旁回以及岛叶等边缘系统与双侧STR正连接增强。

At the neural level, Experiment 1 revealed a set of brain regions, including bilateral superior and inferior frontal eye fields, intraparietal sulci, supplementary eye field, regions in the junction between transverse occipital sulci and intraparietal sulci, and anterior insular were activated more when the display was heterogeneous than homogeneous.

在神经活动上，相对于干扰项同质条件，双侧上部和下部额叶眼区、辅助运动眼区、顶间沟、顶枕联合、以及前脑岛区域在干扰项不同质时显著激活；干扰项同质性与目标存在性的交互作用在大脑中表现出两组激活模式不同的脑区。

Results:Sensitivity of dense artery sign,lentiform nucleus sign,insular ribbon sign,space occupy...

结合临床，豆状核征、脑岛带征、低密度灶，皮质征是诊断缺血性脑梗塞的早期可靠征象，而致密动脉征、占位征不能单独作为其诊断依据。强化这些征象，可望提高缺血性脑梗塞的早期发现率。

Results:Sensitivity of dense artery sign,lentiform nucleus sign,insular ribbon sign,space occupying effect,hypodensity lesion and cortical sign were 20.8%,23.6%,8.8%,11.6%,56.8%and 14.8%respectivelyP＜0.05 as compared with normal control group.

结果：正常组：致密动脉征占11％，豆状核征占5％，脑岛带征占1％，其它征象均为阴性；病变组：致密动脉征占20.8％，豆状核征占23.6％，脑岛带征占8.8％，低密度灶占56.8％，占位征占11.6％，皮质征占14.8％(与正常组相比P均＜0.05)。

We found EST was processed similarly in two groups of subjects and engaged not only the hypothalamus but also the olfactory area (amygdala, piriform, orbitofrontal, and insular cortex).

我们发现不只在EST刺激下两组受试者不只在下视丘有活化而在一般嗅觉区也有活化这是与之前研究不一样的地方。

Following small injections into the caudal part of the insular cortex, the retrogradely labeled neurons were mainlyseen in the parvicellular ventroposterior lateral nucleus of the thalamus, thecentral lateralsubdivision of the PBN, theouter part of the external medial subdivision of the PBN, and the contralateral PBme.

将HRP注入岛皮质首部，标记细胞见于VPMpc和PBN：VPMpc的标记细胞多位于其内侧部，大小为10-15u，以梭形细胞为主，还有圆形和三角形细胞，标记的纤维末稍较少见；PBN的标记细胞主要位于PBl腹侧区和PBm中央区，即PBN腰区，个别细胞散在于小脑上脚内，有少量标记纤维末稍。在PBN其它亚核很少见到标记成分。

Right postcentral gyrus of frontal lobe(BA2,BA1),left inferior frontal gyrus (BA47),postcentral gyrus(BA43),right inferior parietal lobule(BA40),left superior temporal gyrus(BA22) and right insular(BA13) were evoked by twisting Shenmen point; But there were not evoked by acupuncture at nonpoint.

4神门穴主要激活了右侧额叶的中央后回BA2、BA1，左侧额下回BA47和中央后回BA43，其次为右侧顶叶的顶下小叶BA40，左侧颞叶的颞上回BA22，右侧脑岛BA40；而假穴没有激活脑功能区。

Right postcentral gyrus of frontal lobe(BA2,BA1),left inferior frontal gyrus (BA47),postcentral gyrus(BA43),right inferior parietal lobule(BA40),left superior temporal gyrus(BA22) and right insular(BA13) were evoked by twisting Shenmen point; But there were not evoked by nontwisting Shenmen.

5刺激神门穴主要激活了右侧额叶的中央后回BA2、BA1，左侧额下回BA47和中央后回BA43，其次为右侧顶叶的顶下小叶BA40，左侧颞叶的颞上回BA22，右侧脑岛BA40；而非捻转刺激神门穴没有激活脑功能区。

One-sample t test was used in profoundly congenital hearing loss infants and control group,the activated brain areas were:bilateral transverse temporal gyri, superior temporal gyrus,middle temporal gyrus,bilateral insular lobe,bilateral precentral gyrus,postcentral gyrus,bilateral cingulate gyrus,bilateral inferior parietal lobule,bilateral superior parietal lobule,bilateral superior frontal gyrus.

在对极重度感音神经性耳聋患儿和对照组进行组间比较发现，病人组数据减去对照组数据时可见激活的脑区主要有：双侧颞横回、双侧颞上回、双侧颞中回、双侧岛叶、双侧中央前、后回、双侧扣带回、双侧顶下小叶、双侧顶上小叶、双侧额上回等，提示极重度感音神经性耳聋患儿在接受刺激后动用了更多的脑区而且激活强度明显增加。

Right postcentral gyrus of frontal lobe(BA2,BA1),left inferior frontal gyrus(BA47),postcentral gyrus(BA43),right inferior parietal lobule(BA40),left superior temporal gyrus(BA22) and right insular(BA13) were evoked by twisting Shenmen point;Left inferior parietal lobule(BA40),right inferior frontal gyrus(BA45,BA46),left medial temporal gyrus and medial temporal gyrus(BA37) and left superior frontal gyrus(BA10) were evoked by twisting Yanglao point.

神门穴主要激活了右侧额叶的中央后回BA2、BA1，左侧额下回BA47和中央后回BA43，其次为右侧顶叶的顶下小叶BA40，左侧颞叶的颞上回BA22，右侧脑岛BA40；养老穴主要激活了左顶叶的顶下小叶BA40，右侧额叶的额下回BA45、BA46，其次为左侧颞中回、颞下回BA37，左额上回BA10。

You can snipe the second and third union leaders from this position.

您可以鹬第二和第三工会领袖从这一立场出发。

Aiming at the currently shortage of XML streams quality detecting, this paper proposes a new forecasting method of XML streams quality by least squares support vector machines, which is used the method of XML keys' vector matrix as windows, and vector product wavelet transform to multilevel decompose and refactor the XML streams series, that can fulfill real-time checking demand of XML quality, and ensure constraint, consist- ency and integrality. For even more adapting net load, it proposes a control strategy by weight and adaptive adjustment to ensure XML streams quality.

针对当前XML数据流质量检测存在的不足，提出构建XML键的矢量矩阵作为窗口，利用矢量积小波变换多级分解与重构XML数据流，再结合最小二乘支持向量机对XML数据流质量进行预测的一种方法，满足XML数据流质量重构时实时检测的要求，保证XML数据的约束性、一致性与完整性；为了更好的适应网络负载，采取加权与自适应窗口调整等调度策略充分保证XML数据流的质量检测。