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1.The refitting equation was then tested and compared with the other equation in the validation sample. Results (1)Both the MDRD and CG-GFR prediction equations seemd to systematically underestimate GFR,but the accurancy of MDRD equation was better than CG-GFR in stage Ⅰ~Ⅲ of CKD.
结果(1)MDRD与CG-GFR在CKD各期预测均低估了GFR,但在CKDⅠ~Ⅲ期,MDRD预测的偏离程度明显小于CG公式。收藏指正
2.Conclusion [WT5”BZ]The increase of maternal CG, TBIL, DBIL, ALT, AST of women with ICP are related to the morphologic changes of the placenta.
结论ICP患者母体血清CG、DBIL、ALT、TBIL、AST升高与胎盘形态学变化有关。收藏指正
3.Methods:1. The concentration of serum CG, TBIL, DBIL, ALT, AST were measured half an hour before cesarean section in 60 cases of ICP and 25 cases of normal pregnant women.
方法:1.收集60例ICP患者与25例正常孕妇,测定剖宫产术前半小时母体血清CG、TBIL、DBIL、ALT、 AST收藏指正
4.(2)The bias of estimated GFR(MDRD or CG-GFR equation)with ~ 99m Tc-GFR was lower in stage Ⅰ~Ⅲ than in stage Ⅳ~Ⅴ of CKD.
(2)MDRD与CG公式的预测,均在CKDⅠ~Ⅲ期中与99mTc-GFR符合率高,而在CKDⅣ~Ⅴ期中符合率低。收藏指正
5.(2)The levels of CG was not related with meconium staining,fetal weight,Apgar score ,S/D ratio of umbilical artery and gestational age(p>0.05).
(2)未发现ICP胆酸水平与羊水粪染、胎儿出生体重、Apgar评分、脐动脉S/D及孕周之间有相关(p>0.05)。收藏指正
6.Results [WT5”BZ]Maternal CG, TBIL, DBIL, ALT, AST of women with ICP were significantly higher than healthy group, and the placenta intervillous space area density was lower.
结果ICP患者血清CG、TBIL、DBIL、AST、ALT明显升高,其胎盘绒毛间隙的面密度减小,合体结节的面密度增大。收藏指正
7.In addition, considering the origin, the mechanism and the framework of the pulse signals, peak value, peak frequency, center of gravity (cg), gravity frequency of power spectrum, AR model parameter, the value of SER and Renyi entropy were extracted.
并且根据脉搏信号的产生机理、性质,提取了功率谱峰、功率谱重心及其频率,AR模型系数,SER,Renyi信息量等多个特征量。收藏指正
8.A new extrapolation multigrid method in solving large scale finite elemen system of equation is proposed, i. e. new extrapolation values of finite element solutions on the first two level grids are used to provide the good initial values on the third level grids and then an exacter finite element solution can be obtained by several CG-iterations.
摘要提出一种求解大规模有限元方程组的新外推多网格法,即用前两层网格上有限元的新外推提供第3层细网格上的好初,然后用几次CG-迭代能得到较准确的有限元解。收藏指正
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