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国家自然科学基金(30570894)

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Localization of phosphorylated TrkA in carrier vesicles involved in its nuclear translocation in U251 cell line被引量:8
2007年
A number of transmembrane receptors are targeted to the nucleus and convincingly localized therein. However, what remains a conundrum is how these cell-surface receptors end up in the nucleus. In this study, we reported that the transmembrane receptor phosphorylated TrkA was located in a series of carrier vesicles, including ring-like vesicles near the plasma membrane, large core vesicles and small dense core vesicles around the nuclei, as well as in the nucleus in human glioma cell line U251 using immunocytochemistry and immunofluorescence staining. Meanwhile, we also showed that small dense core vesicles budded from large core vesicles, and interacted with the nuclear envelope. Accordingly, our results suggested that such a series of membrane compartments might be involved in the pathway of nuclear translocation of the transmembrane receptor TrkA.
GONG AiHua, ZHANG ZhiJian, XIAO DeSheng, YANG Yong, WANG YongZhong & CHEN YongChang School of Medicine, Jiangsu University, Zhenjiang 212013, China
关键词:TRKATRANSLOCATIONCOREVESICLECOREVESICLE
饮食铁含量与长期有氧运动对大鼠海马铁代谢的影响、意义及机制
研究背景作为学习记忆的重要脑区,海马对铁缺乏和铁过载极敏感。本课题组在研究运动如何影响各脑区铁状态的过程中发现,长期运动能引起雌性大鼠海马内贮存铁水平增高。但关于运动如何引起海马贮存铁升高,贮存铁升高是否可能会影响海马氧...
陈谦
关键词:海马铁代谢学习记忆
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