三蒸水

正常对照组（N），骨质疏松对照组（O）注射三蒸水；

Normal control group ( N ), bone rarefaction group ( O ) were injected distilled water ;

CO2浓度15%时，覆盖经三蒸水处理的石蜡油组，有15%的胚胎发育到4-细胞阶段，但4-细胞胚胎的卵裂球不规则，很快退化；

At the CO 2 level of 15 % , 15 % embryos developed in the 4 cell stage with irregular blastomere and degenerated quickly in the group whose paraffin oil was treated with distilled water ;

方法分别应用生理盐水和三蒸水浸泡新鲜兔骨碎粒5h后与同种骨髓基质细胞共培养作为实验组；

Methods In experimental group , rabbit fresh living bone compounds , immersed in 0.9 % sodium chloride and distilled water for 5 hours , were used for co culture with homogeneous bone marrow stromal cells .

本试验分别用三蒸水和Mill&Q超纯水配制的培养液培养牛孤雌激活胚胎，结果表明，卵母细胞成熟率（PbI排放率）和卵裂率及囊胚率等无显著影响（P0.05）。

In this experiment were three steaming water and Mill-Q ultrapure water prepared culture medium Parthenogenetic activation of bovine embryos , results showed that the rate of oocyte maturation ( PbI emission rate ) and the cleavage rate and blastocyst rate of non-significant effect ( P 0.05 ) .

方法：获取小鼠2-细胞胚胎，置于CZB培养液微滴，覆盖经三蒸水处理的石蜡油，分别在5%CO2（对照组）、5.7%CO2、6.0%CO2和15%CO2浓度下体外培养；

Methods : At the CO 2 levels of 5 % ( control group ), 5.7 % , 6.0 % and 15 % , embryos were incubated in drops with CZB medium , and the drops were covered by paraffin oil which was treated with three distilled water .

结论：活性骨组织在体外具有调节和促进同种成骨细胞黏附特性的作用，用三蒸水浸泡的活性骨组织的作用最强。

CONCLUSION : Living bone tissue can regulate and improve the adhesion characteristics of osteoblast , with the strongest effect when dipped in the tri-distilled water .

为了考察水经磁场作用后分子结构的改变及其生物功能，将三蒸水在不同磁场强度下进行磁化，通过电导率的变化来表征水分子结构的改变，并分析了其作用机理。

In order to investigate the change of water molecular structure and its biological function in the magnetic field , the threefold-distilled water was magnetized under different magnetic intensities .

结果：实验组的成骨细胞贴壁率均显著高于对照组（P<0.01），与三蒸水浸泡的兔活性骨组织共培养的同种成骨细胞的贴壁率最高。

RESULTS : The adhesion rate of osteoblasts was significantly higher in the trial group than in the control group ( P < 0.01 ), and the highest when co-cultured with the rabbit living bone tissue dipped in tri-distilled water .

将80个样本分为8组，酸蚀前、酸蚀后依次用30%草酸钾、33%硝酸钾、极固宁、三蒸水处理牙本质表面。

Eighty flat dentine surfaces were divided into eight groups . Dentin specimens treated with 30 % potassium oxalate , 33 % potassium nitrate , Green Or , distilled water respectively before and after being acid-etched were bonded with a two-step adhesive .