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I am GOD'S CHILD 悲伤的声音在背後留下爪痕 I can't hang out this world 这样的回忆到哪儿都无栖身之处=== Gekkou I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai toppuu ni umoreru ashidori taoresou ni naru no wo kono kusari ga yurusanai kokoro wo akewatashita mama de anata no kankaku dake ga chirabatte watashi wa mada jouzu ni katazukerarezu ni I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai "riyuu" wo motto shaberitsuzukete watashi ga nemureru made kikanai kusuri bakari korogatteru kedo koko ni koe mo nai noni ittai nani wo shinjireba?

不是为了如此而诞生在这个世上的埋没在强风中的步伐尽管就快不支倒下但这个枷锁却不允许将心敞开交付於你唯独你的感觉却还散乱着我却还无法将它好好整理 I am GOD'S CHILD 堕落在这个已腐败的世界里 How do I live on such a field？不是为了如此而诞生在这个世上的继续诉说你更多的「理由」直到我入睡为止虽然遍地都是无效的药这里却连声音也没有那到底要相信什麽呢？

I am GOD'S CHILD 悲伤的声音在背後留下爪痕 I can't hang out this world 这样的回忆到哪儿都无栖身之处=== Gekkou I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai toppuu ni umoreru ashidori taoresou ni naru no wo kono kusari ga yurusanai kokoro wo akewatashita mama de anata no kankaku dake ga chirabatte watashi wa mada jouzu ni katazukerarezu ni I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai "riyuu" wo motto shaberitsuzukete watashi ga nemureru made kikanai kusuri bakari korogatteru kedo koko ni koe mo nai noni ittai nani wo shinjireba?

不是为了如此而诞生在这个世上的埋没在强风中的步伐虽然就快不支倒下但这个枷锁却不允许将心敞开交付於你唯独你的感觉却还散乱着我却还无法将它好好整理 I am GOD'S CHILD 堕落在这个已腐败的世界里 How do I live on such a field？不是为了如此而诞生在这个世上的继续诉说你更多的「理由」直到我入睡为止虽然遍地都是无效的药这里却连声音也没有那到底要相信什麽呢？

Objective: To explore the mechanisms resulting in the recurrence of urethral scar which make urethral strictures difficult to be cured, a series experiments were conducted to find potential effective factors involved in urethral scar formation and degradation, including the studies of extracellular matrix component of urethral stricture scar, the characteristics of urethral scar fibroblast, and the effects of urine on urethral fibroblast in vitro, as well as the studies to compare the difference of collagenase activity, type Ⅰ collagen and tissue inhibitor of metalloproteinase-1 (TIMP-1) in the tissues and cultured fibroblasts from normal urethra and strictured urethra respectively, and the studies to investigate the effect of antisense TIMP-1 oligodeoxyonucleotide on cell proliferation and collagenase activity of urethral scar fibroblast.

中文题名尿道瘢痕基础研究副题名胶原酶活性，TIMP-1的表达及其反义基因治疗外文题名 Experimental study on urethral scar-activity of collagenase，expression of TIMP-1，and antisense TIMP-1 gene transfection of urethral scar fibroblast 论文作者黄翔导师杨宇如教授学科专业外科学研究领域\研究方向学位级别博士学位授予单位四川大学学位授予日期2002 论文页码总数104页关键词尿道手术瘢痕胶原酶成纤维细胞尿道瘢痕馆藏号BSLW /2003 /R699 /12 目的：研究尿道瘢痕的细胞外基质的组成，尿道瘢痕成纤维细胞的生物学特性以及尿液对其生长的影响；比较胶原酶活性，金属蛋白酶组织抑制因子-1（TIMP-1）以及Ⅰ型胶原含量在尿道瘢痕和正常尿道组织及体外培养的成纤维细胞中的差异；研究反义TIMP-1寡核苷酸对尿道瘢痕成纤维细胞增殖以及胶原酶活性的影响。

Methods One hundred thirty PCOS women and one hundred seventy five normal women as controls were enrolled in this study. The genotypes were screened by polymerase chain reaction-On/off switch and the product was isolated by electrophoresis on a 2.5% agarose gel containing ethidium bromide and visualized using an ultraviolet transilluminator.

应用On/off Switch-聚合酶链反应及琼脂糖凝胶电泳分离技术分析130例多囊卵巢综合征患者及175例对照组妇女TNF-α基因rs3179060C/A多态，比较rs3179060C/A两组等位基因及基因型与PCOS及其高雄激素之间的关系。

In this paper,a VoD(Video-on-demand)scheme based on DHTunder P2P overlay network is proposed.

本文提出一种基于 DHT的 P2P 覆盖网络下视频点播(Video-on-demand)的解决方案。

In English there is much about boats and water idioms, in the Chinese language does not correspond to exactly the same idiom, such as "to rest on one's oars","to keep one's head above water","all at sea" and so on.

英语中有许多关于船和水的习语，在汉语中没有完全相同的对应习语，如&to rest on one's oars&，&to keep one's head above water&，&all at sea&等等。

Firstly, this paper studied on the existing technologies in the field of wireless sensor networks, then introduced the existing routing protocols such as Beaconed Tree Mode Routing Protocol, LEACH, AODV and so on.

首先，本文讨论了无线传感器网络的发展概况，进而引出了低功耗和相应的基于Beacon~1的树状路由、LEACH(Low-energy adaptive clustering hierarchy)、AODV(Ad hoc On demand Distance Vector Routing Protocol)等路由协议。

The boy on this bus drives round and round -- but his passengers aren't quite what you'd expect Hop on board as a very merry group oinks, quacks, and clucks its way through the countryside in a brand-new version of a classic children's song.

店主原创点评：这本很热闹的书是根据经典歌谣THE WHEELS ON THE BUS改编而成，可以边读边唱。小男孩开着一辆红色的公共汽车，每到一个站台就有一群动物上车，鸭子，猪，牛，马，鸡，羊。。。。。。

On the hopeful 21st century, the rapid development of information, biotechnology, energy resources, environment, advanced manufacturing technology and national defense have produced the new demand for materials. More and more small size of materials will meet the demand of miniatured, intelligent, highly integrated, densely memorized and super fast transmission element. Aerospace industry, up-to-date military equipment, advanced manufactured technology and so on has required better and better properties.

中文题名有机高分子－无机纳米复合粒子改性高分子材料的力学性能－相态与群子标度之间关系的研究副题名外文题名 Studies on the relationship of mechanical properties-morphology and sub-cluster parameters of polymer materials modified by organic polymer-inorganic nanocomposite particles 论文作者权英导师金日光教授学科专业材料学研究领域\研究方向学位级别博士学位授予单位北京化工大学学位授予日期2002 论文页码总数177页关键词纳米材料高分子材料纳米复合材料纳米粒子馆藏号BSLW /2003 /TB383 /7 在充满生机的21世纪，信息、生物技术、能源、环境、先进制造技术和国防的高速发展必然对材料提出新的需求，元件的小型化、智能化、高集成、高密度存储和超快传输等对材料的尺寸要求越来越小；航空航天、新型军事装备及先进制造技术等对材料性能要求越来越高。

Chip on Flex, a new generation package technology has been developed vigorously, in the drive of electronics miniaturizing and development of Liquid Crystal Display, which becomes one of the main package of the drive integrated circuit of LCD, PDP, etc.

在电子产品小型化、液晶显示电子产品高速发展的驱动下，新一代封装技术COF(Chip On Flex或Chip On Film)的发展也随之蓬勃起来，它已经成为LCD、PDP等平板显示器驱动IC的一种主要封装方式。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。