结论中药补骨脂和双氢青蒿素对隐孢子虫均有抑杀作用，但以后者杀虫效果明显。二者协同作用，共同参与宿主的免疫调节和炎症修复过程。
It's apparent that fructus psoraleae and dihydroartemisinin were all effective to mice cryptosporidiosis, and both of them participated in immunoregulation and inflammatory reaction in synergy.
复合物的溶解机理被认为是表面活性剂的解离作用和疏水作用二者的协同。
It is supposed that the dissolving mechanism of PEC is the cooperating results of the dissociation function and the hydrophobic action of the ionic surfactant.
这种状况有利于二者在植物病害生物防治中协同作用的发挥，表明了两种微生物在松赤枯病生物防治中联合作用的可能性。
This was beneficial to cooperative role of the mentioned two antagonists in plant disease control, and also showed that two antagonists had combination possibility in biocontrol of pine blight.
将联合暴露结果与单一暴露结果进行对比，结果表明，NP和BPA联合作用时，对斑马鱼的雌激素效应远大于单一毒物雌激素效应之和，二者相互作用时表现出协同效应。
The results showed that the combined effect of NP and BPA was greater than the sum of their individual effects. The interaction of NP and BPA was synergism action.
当二者联合作用时，低剂量的烟溶液与温石棉可协同增加细胞的增殖，而较高剂量的烟溶液与温石棉则只表现为相加作用。
Lower dose of cigarette smoke solution and chrysotile in combination could enhance cell proliferation synergistically, but higher doses could only do additively.
结论CSS和CH单独作用均为肿瘤启动剂；当二者联合作用时可协同启动肿瘤的发生。
Conclusion Both CSS and CH may act as initiator in carcinogenesis, and may synergistically initiate tumors when CSS and CH were exposed simultaneously.
添加剂与加热方式二者的协同作用可以在一定程度上使某种物质得到富集。
Synergetic effect of additives and heating manners can result in the enrichment of some components.
与各自单独使用相比，二者合用对控制血糖有协同作用。
Alone, compared with the respective, two combined have synergistic effect on blood glucose control.
总结了目前广为研究的微晶化和活性元素效应在合金高温氧化过程中的作用，并讨论了二者的协同效应。
The synergetic effect of micro-crystallization and reactive effect on high temperature oxidation were summarized in this letter.
两种因子对细胞酶活性也都有显著的促进作用，但是最大显效浓度反而在剂量上较小，而且二者联合对酶活性也没有明显协同作用。
The two factors have a significant effect on the ALP activity either. However, the maximum effective concentration is small in dosage and they didn't show a synergistic action on ALP activity.
黄原胶和魔芋胶都是非凝胶多糖，但将二者按一定比例混合可以出现协同相互作用，得到凝胶。
There was a synergistic interaction maximum when the ratio of xanthan gum and amophophallus gum was 70/30, the total polysaccharide concentration was 1.
黄原胶和魔芋胶都是非凝胶多糖，但将二者按一定比例混合可以出现协同相互作用，得到凝胶。
There was a synergistic interaction maximum when the ratio of xanthan gum and amophophallus gum was 70/30, the total polysaccharide concentration was 1.
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