数据库有关的两类特殊打印的设计与实现

本文简要阐述了利用数据库进行WS中文文稿折页打印和数据库超宽报表打印的设计思想及技术要点,并且给出了具体实现方法。     

扇子与中国文化

扇子在几千年的使用过程中,对中国文化的影响是深广和不容忽视的：它被赋予了政治道德意义;秋扇见捐反映出特有的文化心态;羽扇与名士形影相随;芭蕉扇得名是美妙的错误;婚嫁有用扇的习俗;扇子是戏曲的重要道具;扇子与妓女有微妙的联系;折扇来历的探究,饶有意味;扇面题字作画,艺术独特。     

一种塑编行业实用的喷水平织机纬线折边装置

综述了国内塑编行业的现状,分析了国内纺织行业织机折边装置的应用,介绍了塑编业喷水平织机纬线折边装置的结构与原理,总结了喷水平织机纬线折边装置的技术特点.     

平面闭折线的1号心及其性质

研究了平面闭折线"1号心"有关性质,得到了几个新的结论.     

关于平面闭折线有向面积的一个定理及其推论

本文给出平面闭折线有向面积的一个定理及其若干推论.推广拿破仑三角形的一些已知结论.     

平面闭折线的几个面积定理

运用复数方法,推导、证明了关于平面闭折线面积的几个定理.     

复杂网络的小世界影响及其在蛋白质折叠中的运用

The famous "six letters" experiment carried out by Milgram demonstrated the existence of small-world effect in a complex network. One vertex tends to be connected to another by a shortest path through network because of the small-world effect. This paper uses the small-world effect to study protein folding pathway.     

再谈平面闭折线的k号心的性质

本文在文[1]的基础上,对平面闭折线的k号心的性质作了作一步探讨,得到了几个新结论.     

Performance Evaluation of Multi─D TCM DS／SSMA Systemin Fading Channel

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What we know about ST13, a co-factor of heat shock protein, or a tumor suppressor?

This article is to summarize the molecular and functional analysis of the gene “suppression of tumorigenicity 13” (ST13). ST13 is in fact the gene encoding Hsp70 interacting protein (Hip), a co-factor (co-chaperone) of the 70-kDa heat shock proteins (Hsc/Hsp70). By collaborating with other positive co-factors such as Hsp40 and the Hsp70-Hsp90 organizing protein (Hop), or competing with negative co-factors such as Bcl2-associated athanogen 1 (Bag1), Hip facilitates may facilitate the chaperone function of Hsc/Hsp70 in protein folding and repair, and in controlling the activity of regulatory proteins such as steroid receptors and regulators of proliferation or apoptosis. Although the nomenclature of ST13 implies a role in the suppression of tumorigenicity (ST), to date available experimental data are not sufficient to support its role in cancer development, except for the possible down-regulation of ST13 in gastric and colorectal cancers. Further investigation of this gene at the physiological level would benefit our understanding of diseases such as endocrinological disorders, cancer, and neurodegeneration commonly associated with protein misfolding.