Matrix metalloproteinases and tissue inhibitors of matrix metalloproteinases in the human lens: Implications for cortical cataract formation

Effects of Src family kinases on gap junction Cx43 in formation of cortical cataract

Src-家族酪氨酸激酶对皮质性白内障晶状体中缝隙连接蛋白的影响

No treatment effect was noted for cortical cataract in either trial.

两个试验中补充营养物质对皮质性白内障的患病率均无显著效果。

Along with the invention of differential amplifiers, the first electroencephalograph was invented in 1934. The operation theory of it is as follows: firstly, we can use electrodes that are placed in the cortical layer and on the scalp to detect low EEG signals.

脑电图机产生于1934年，是伴随着差动放大器的发明而出现的。其工作原理是：首先由放置在头皮的电极在体表或皮下检测出微弱的脑电（EEG）信号；

The rate of cork and cortical layer thickness in annual branch could be a morphological structure index of cold resistance. 2. There was much difference of the cold resistance of walnut germplasms in leafing date by conductivity method.

皮层与木栓层在茎结构中所占比率可作为核桃休眠期枝条抗寒性鉴定的形态结构指标。2.电导法研究表明展叶期不同核桃种质间抗寒性差异较大，但种间抗寒性差异较小。

Electroencephalogram ( EEG) signal is a general reflection of electrical activities in the cortical layer, which contains kinds of physiological information and much pathological information.

脑电信号是脑神经细胞群在大脑皮层的电信号活动反映，属于微弱的生物电信号，包含了全部生理信息，同时也能反映出大部分的病理状态。

The density of blood vessels and vascular meshes in the deep cortical layer is the highest.

血管及血管网眼密度以皮质深层为最高。

The cortical layer has many holes and the bolster layer is sponge structure.

其横断面分为2层，皮层为多孔结构，支持层为海绵状结构；

Electroencephalogram ( EEG) signal is a typical signal of bioelectricity. When nerve cells of a brain transmit information, it is a general reflection of electrical activities in the cortical layer and on the scalp, which contains much physiological and pathological information.

脑电是一种典型的生物电信号，是脑神经细胞传导信息时在大脑皮层或头皮表面电活动的总体反映。

Our results showed that the mean density of GFAP-IR cells in each cortical layer and the white matter of V1 in old cats were significantly higher than in young adult cats ( p0.001).

发现老年猫初级视皮层灰质各层及白质内的GFAP-IR细胞密度比青年猫的显著升高（p0.001）。

Rats of group ⅱ and ⅲ shows signs of hippocampal and cortex tissue visible hyperchromatic nuclei, solid shrinkage, loss of neurons, and the emergence of nerve fibers and tangles amyloid deposition pathological morphology typical AD change, especially for group ⅲ.

Ⅱ、Ⅲ组大鼠海马及皮层组织可见核深染、固缩，神经元丢失，并出现神经纤维缠结及淀粉样蛋白沉积等典型AD病理形态学变化，其中Ⅲ组大鼠变化更严重。

Changes in the expressions of MARCKS and p-MARCKS in hippocampal cortex experienced acute ischemia and the regulating effects of TCM drugs on their expressions were detected by using immunohistochemical method and Western blot method.

应用免疫组织化学和固定化蛋白印迹法检测急性缺血后海马皮层MARCKS及p-MARCKS蛋白表达的改变以及中药的调节作用。

Under light microscope hippocampal cortex of rats in control groups consisted of molecular layer, pyramidal layer and polymorphic layer.

在HE染色切片中，可见对照组大鼠海马皮质由分子层、锥体细胞层和多形细胞层构筑而成。

The capillary distribution of hippocampus showed stratification and corresponded with the strata of the hippocampal cortex.

海马内毛细血管的分布具有与海马皮质分层相对应的层次性。

Ratio of volume of capillary in hippocampal cortex in human cerebrum

人脑海马皮质毛细血管比容积

Left hippocampal cortex was taken out from each newborn pigs, then we examined changes in mitochondrial morphology, ATP production rate and ATP synthase hydrolysis activity during the different normal atmosphere exposing time.

取每头新生猪左侧海马皮层，分别检测不同时间线粒体形态、ATP生成率、ATP合成酶分解活性的变化。

Study on regulating effects of 9601-Granules on phosphorization of MARCKS in hippocampal cortex in the rats with multiple acute cerebral infarct

9601颗粒对急性多发脑梗塞大鼠海马皮层MARCKS磷酸化调节作用的研究

Catalpa bungei Yu Qiu No.1 the adventitious root primordium from the cerebral cortex parenchyma cells and the vascular bundle cells. the root primordium cells further splits, the differentiation to form the adventitious root. 5.

豫楸1号不定根源于皮层细胞和维管形成层细胞，根原基原始细胞进一步分裂、分化形成不定根。

The number of cortex parenchyma cells amounts to 80 layers, and the cells contain lots of starch grains and some secretory cavities.

皮层簿壁细胞多达80层以上，细胞内含丰富的淀粉粒；分泌腔常见。

In the secondary structure of stem, the essential oil was mainly distributed in remaining cortex parenchyma cell.

在茎的次生结构中，挥发油则主要分布在残存的皮层薄壁组织细胞中。

In the primary structure of stem, the essential oil was mainly distributed in cortex parenchyma cells;

在茎的初生结构中，挥发油主要分布在皮层薄壁组织细胞中；