synapsin

Effects of sleep deprivation on learning and memory and hippocampal synapsin I expression in mice

睡眠剥夺对小鼠学习与记忆功能及海马突触素Ⅰ表达的影响

Expression of synapsin ⅰ in the hippocampus of the rat as their spatial learning and memory were enhanced by chronic multiple stress

慢性复合应激性增强空间学习与记忆时突触素Ⅰ在大鼠海马中的表达

Changes of synapsin - I expression during neural differentiation of embryonic stem cells in vitro

突触蛋白-Ⅰ在胚胎干细胞体外神经分化过程中的表达变化

Relationship between expression of synapsin I and apoptosis after transient ischemia followed by reperfusion

短暂脑缺血再灌注后突触蛋白I表达与细胞凋亡

Effects of BDNF on synapsin I and synaptophysin expression in cultured rat spinal cord anterior horn neurons

BDNF对体外培养的大鼠脊髓前角神经元内突触素Ⅰ与突触囊泡素表达的影响

The related phosphorylation sites in synapsin I may be a potential target for intervention treatment of cognitive impairment following SAH .

针对SynapsinⅠ磷酸化位点的干预处理将可能成为治疗SAH后认知功能障碍的新靶点。

Normal expression of synapsin I and normal PSD is one of the reasons for seizure-free at resting phase .

synapsinⅠ的正常表达和PSD的正常可能是静止期内癫疒间不发作的原因之一；

There is a certain degree of phosphorylation dysfunction of synapsin I in rats ' cortex and hippocampus .

SAH模型大鼠大脑皮层和海马中存在一定程度的synapsinⅠ磷酸化障碍。

The inhibition of phosphorylation of synapsin I may be one of pathophysiological mechanisms underlying cognitive impairment following SAH .

海马SynapsinⅠ的磷酸化抑制可能是SAH后迟发性脑缺血认知功能损害的病理生理机制之一。

The synapsin ⅰ mRNA in the hippocampus was observed by in situ hybridization histochemistry .

用组织原位杂交技术观察海马突触素ⅠmRNA表达的变化。

Effect of ( - ) clausenamide on potentiating synaptic transmission in dentate gyrus : Role of synapsin ⅰ

synapsinⅠ参与（-）黄皮酰胺增强齿状回突触传递功能

Simultaneously , the region-dependent alteration of synapsin I is correlated with depression-associated behaviors .

同时，这种区域性synapsinⅠ表达的变化与抑郁症样行为密切相关。

The characters of synapsin I expression and distribution in the hippocampus at later gestational stage were similar with the aged control and AD patient , whereas the expression level was comparatively low .

胎儿发育后期突触素Ⅰ在海马结构的表达与分布特征同老年对照及AD患者相似，但水平较低。

Expression changes of synapsin ⅰ immunoreactivity in hippocampus and dentate gyrus and progression of mossy fiber sprouting in dentate gyrus in pilocarpine-induced epilepsy model

匹罗卡品癫痫模型中突触素Ⅰ的表达及苔藓纤维出芽的动态变化

In the present study , we observed both the expression of hippocampal synapsin I and depression-associated behavior in a rat model of depression induced by chronic unpredictable mild stress ( CUMS ) .

当前的研究中，我们观察了CUMS抑郁症模型大鼠海马synapsinⅠ的表达情况，同时还观察了抑郁症相关行为。

The expression and distribution of synapsin I in the earlier developing fetal brain implied that it may played a more role than modulating neurotransmitter release , it might be associated with the developing and remodeling of hippocampal formation .

突触素Ⅰ在胎儿发育早期的表达及分布特征表明其功能并不仅限于调节递质释放，在海马结构的形成及重塑中可能起到一定作用。

Synapsin I is a most abundant synaptic vesicle protein , and is principally distributed in nerve terminals in mature neurons , however , the expression and distribution of synapsin I in developing human fetal brain is still unclear .

突触素Ⅰ是一种含量最高的突触囊泡蛋白，于发育成熟的神经元主要分布在轴突终末结构，但对其在人胎儿发育时期的脑内表达和分布尚不清楚。

Conclusion : BDNF is helpful to the recovery of injured nerve functions and promotion of regeneration and plasticity of neurons by influencing synthesis and phosphorylation of GAP-43 , synapsin ⅰ and SYN within spinal cord anterior horn neurons .

结论：BDNF可通过影响脊髓前角神经元内GAP-43、突触素工与突触囊泡素（SYN）的合成及磷酸化，有助于受损神经元功能的修复，促进神经元的再生和重塑。

Conclusion Synapsin-I expression of ESCs exhibits a special time and space rule during its neural differentiation and is related to its morphological change , which suggests that synapsin - I plays an important role in the morphological differentiation during ESCs neural differentiation .

结论在ESCs的分化过程中，synapsin-I的表达存在特定的时空规律，并与ESCs的形态学改变相关，提示synapsin-I可能对ESCs在神经分化过程中的形态分化起着重要的作用。

After three days the number of survived neurons in three groups were counted under light microscopy , and some of the cultured neurons were stained with immunohistochemistry by using antibody for NF-200 , MAP-2 , NSE , synapsin I and synaptophysin .

3d后在倒置显微镜下计数三组神经元存活数，并用NF200、MAP2、NSE的免疫组化反应对神经细胞进行鉴定。

Objective To study the role of synapsin - I during the differentiation of embryonic stem cells ( ESCs ) into the neuron . Methods Neural differentiation of ESCs was induced by two approaches : the five-step approach and the retinoic acid ( RA ) approach .

目的探讨突触蛋白-I（synapsin-I）在胚胎干细胞（ESCs）体外神经分化过程中的表达变化及作用。

Meanwhile , Chinese articles about vascular dementia , cerebral ischemia , cognitive impairment and synaptic changes between January 1990 and December 2004 were searched in VIP full-text database , the keywords were " synaptic structure , plasticity , vascular dementia , synaptic function , synapsin " in Chinese .

应用计算机检索维普全文数据库1990-01/2004-12关于血管性痴呆、脑缺血及认知障碍与突触改变的文章，检索词为突触结构，可塑性，血管性痴呆、突触功能，突触蛋白。并限定语言种类为中文。