尾加压素(Urotensin II)在肾脏疾病中所扮演的角色及其分子机制
项目来源
台(略)府(略)金(略)B(略)
项目主持人
许(略)
项目受资助机构
台(略)北(略)学(略)
财政年度
2(略),(略)9(略)0(略)
立项时间
未(略)
项目编号
N(略)7(略)1(略)0(略)0(略)M(略)
项目级别
省(略)
研究期限
未(略) (略)
受资助金额
2(略).(略)元(略)
学科
临(略)
学科代码
未(略)
基金类别
基(略)/(略)助
关键词
尾(略) (略)脏(略);(略)管(略);(略)维(略) (略)小(略) (略)r(略)n(略) (略);(略)n(略)d(略)a(略);(略)b(略)r(略)j(略) (略)e(略) (略)r(略)s(略)u(略)a(略)a(略)0(略)_(略)t(略)c(略)s(略)c(略)n
参与者
陈(略)陈(略)
参与机构
未(略)
项目标书摘要:尾加(略)n II)在肾脏疾(略)子机制尾加压素是一(略)胜肽,它表现於人体(略)血中及尿中尾加压素(略)发现於肾脏之近端小(略)尾加压素对肾功能的(略)呈现相反之结果,将(略)发现其肾丝球过滤率(略)减少,然而在不同学(略)都相反之情形,可见(略)加强。至於尾加压素(略)为何?同样仍然末衷(略)病之原因、或能保护(略)至目前仍不清楚。在(略)可见到其血中或尿中(略)人高,同样的情形也(略)液尾加压素浓度,此(略)表现在糖尿病患者肾(略)现象。尽管如此,我(略)病、尤其肾小管疾病(略)使我们推论尾加压素(略)之关系。单侧肾小管(略)直广受肾脏病研究者(略)一个清楚的研究模式(略)小管细胞受到外在物(略)肾小管细胞之有计划(略)小管间质之纤维化。(略)小管损害及肾纤维化(略)纤维化是大多肾疾患(略)们於此三年之研究计(略)模拟单侧肾小管阻塞(略)形、及生体内之老鼠(略)究模式,以探寻尾加(略)演之角色及其分子机(略)害及肾纤维化之相关(略)素在老鼠单侧肾小管(略)变化及其与其他标识(略)生体外细胞受各种外(略)情形,及探讨导致内(略)及其上下游传递分子(略)尾加压素治疗并观察(略)尾加压素开发成为肾(略)类肾脏疾病治疗之潜(略)
Applicati(略): The rol(略)ular mech(略)otensin I(略)disease:f(略)ular inju(略)l fibrosi(略)in II(UII(略)c vasoact(略) expresse(略)le organs(略) appears (略)or source(略)rculating(略)y UII.UII(略)n the pro(略) tubules (略)ing ducts(略)vestigate(略)f UII on (略)ion yield(略)ing resul(略)rease or (略) glomerul(略)on rate a(略)sis.Wheth(略)a causati(略)ctive inf(略)enal dise(略) to be de(略)II is ele(略)e circula(略)ne of pat(略)renal fai(略)ing a hig(略) level of(略)ients wit(略)ular diso(略)xpression(略) UT recep(略) increase(略)bular epi(略)ls of pat(略)diabetic (略)The causa(略)hip of UI(略)tubular i(略)t yet ide(略)hough UII(略)n importa(略)these dis(略)teral ure(略)uction(UU(略) been int(略)ed as it (略)ress indu(略) cell apo(略)eventuall(略)s to tubu(略)ial fibro(略)del prese(略)system to(略)e mechani(略)ar injury(略)fibrosis (略) common f(略)enal fail(略)re in thi(略)oposal,we(略)ruct an i(略)tem mimic(略)d use in (略)O model t(略)te the ro(略)cular mec(略)II in ren(略)especiall(略)renal tub(略) and rena(略)By examin(略)ression p(略) plasma a(略)vel of UI(略)t,and cor(略)th tissue(略)al and re(略)ue injury(略)nges,we c(略) the pote(略)I as a bi(略) renal di(略)tablishin(略)imental c(略)mitating (略)condition(略)ntify the(略)stress an(略)ling path(略)d in UII (略)n renal t(略)s.The inf(略)II on str(略) injury a(略)cular mec(略) also be (略)ally,we w(略) the effe(略)reatment (略)model.Thi(略)l offer u(略)standing (略)enal dise(略) it is pr(略) causativ(略)ning the (略) potentia(略) renal fa(略)
项目受资助省
台(略)
- (略)