1) gas perfusion exposure
气体灌流染毒
1.
71mg/m3 formaldehyde gas perfusion exposure were different markedly .
71mg/m3甲醛气体灌流染毒的细胞微核率与对照组之间具有显著性差异(P<0。
2) dynamic perfusion installation
动态气体灌流染毒装置
1.
0 mg/m~3)6 hr/day for 7 days in a dynamic perfusion installation.
方法:实验对象为昆明种小白鼠,采用动态气体灌流染毒装置模拟甲醛短期暴露;甲醛释放量分别为1。
3) Qi deficiency inducing toxin-contamination
气虚染毒
1.
Methods Based on the hypothesis of Qi deficiency inducing toxin-contamination for clarifying nasopharyngeal epithelia carcinogenesis,target genes responsible for this kind of carcinogenesis were appointed via a careful analysis on the possible modern biological scientific basis underlying this hypothesis and representatively responsible genes associated with it.
方法从鼻咽上皮细胞癌变的"气虚染毒"病机假说出发,通过分析其可能的相关性现代生物学基础和代表性指向基因,选取目的基因,显微注射法制备转基因小鼠,反复筛选,建立鼻咽癌前病变纯系转基因小鼠模型,并以"益气解毒"法进行干预试验,反证模型动物的可靠性。
5) isolated bronchoalveoar lavage fluid assay
离体肺支气管灌流
6) internal toxication
体内染毒
补充资料：灌流
1.水流，河流。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条