1) inorganic extracts
无机提取物
1.
5) and their organic and inorganic extracts from Baotou city and Wuwei city on micronuclei formation of human blood lymphocytes were invested using cytochalasin B blocked test.
01),且存在剂量-效应关系,而无机提取物虽有剂量-效应关系,但各处理浓度之间及其与对照相比差异均不显著(p>0。
2) organic extract
有机提取物
1.
Mutagenic activities of organic extracts from output water of 5 waterworks in Chongqing city;
重庆市主要水厂出厂水有机提取物的致突变活性研究
2.
Study on genetoxicity of organic extract in four kinds of drinking water;
4种饮用水中有机提取物的遗传毒性研究
3.
Comparison between the absorbing effect of organic extract in drinking water by five kinds of China made activated carbon using cytokinesis-block micronucleus assay;
用CBMN法比较五种国产活性炭对饮用水中有机提取物的吸附作用
3) Organic extracts
有机提取物
1.
Study of mutagenicity of organic extracts from productive waste water of printing and dyeing plant on mice;
印染厂生产废水有机提取物对小鼠致突变性研究
2.
Study on the estrogenic effect of the organic extracts from tap water and source water;
自来水及水源水有机提取物类雌激素活性研究
3.
Objective To study DNA damage in HepG2 cells exposed to organic extracts from chlorinated drinking water (CDW) from three raw water sources of C river, H river and D lake in Wuhan.
目的 研究武汉市主要水源 C江、D湖、H水的氯化饮水有机提取物对 Hep G2 DNA的损伤。
4) cell-free extract
无细胞提取物
1.
In this paper,the scavenging ability of 3 kinds of Lactic acid bacteria’s cells from sour bean milk strains and its cell-free extract on the reducing activity,hydroxyl radicals,DPPH free radicals and super oxide anion radicals were studied by comparison.
对3种酸豆奶中乳酸菌的细胞和无细胞提取物的还原能力、清除羟自由基、DPPH自由基的和超氧阴离子自由基的能力做了比较研究。
5) sterile rat fecal extracts
无菌鼠粪提取物
1.
Objective To apply sterile rat fecal extracts (SRFE) in the establishment of mice septic peritonitis models and evaluate its effect.
目的将无菌鼠粪提取物(sterile rat fecal extracts,SRFE)应用于低毒力菌株小鼠急性细菌性腹膜炎模型的构建并评价其应用效果。
6) fig extract
无花果提取物
1.
Proliferation inhibition and apoptosis induction of fig extract on human lung cancer cells;
无花果提取物对肺癌细胞增殖及凋亡影响的初步观察
补充资料:锶、铯无机离子交换剂提取
分子式:
CAS号:
性质:由高放废液提取放射性90Sr和137Cs的方法。亚铁氰化物,磷钼酸铵,磷酸锆,磷酸钛等可从酸性高放废液中吸附回收铯,锑酸可从高达7mol/L的硝酸溶液中吸附锶。这些无机离子交换剂在反复吸附解吸过程中强度变差以及锶和铯的解吸困难,使它们不大适合于工业应用。对于接近中性的放射性废液,可以用丝光沸石吸附铯,用水合氧化钛吸附锶。吸附后的交换剂可直接灼烧成热稳定性高和浸出率低的似矿物质。
CAS号:
性质:由高放废液提取放射性90Sr和137Cs的方法。亚铁氰化物,磷钼酸铵,磷酸锆,磷酸钛等可从酸性高放废液中吸附回收铯,锑酸可从高达7mol/L的硝酸溶液中吸附锶。这些无机离子交换剂在反复吸附解吸过程中强度变差以及锶和铯的解吸困难,使它们不大适合于工业应用。对于接近中性的放射性废液,可以用丝光沸石吸附铯,用水合氧化钛吸附锶。吸附后的交换剂可直接灼烧成热稳定性高和浸出率低的似矿物质。
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