2-Chloroaniline

The Ability of 4.4 ' Methylene bis - ( 2-chloroaniline ) to Alter Biotransformation Enzymes in Rat Liver

4.4′-亚甲基双（2-氯苯胺）对大鼠肝脏生物转化酶诱导能力的研究

The result showed that dominant mixed bacteria domesticated with aniline and 2-chloroaniline was able to utilize 3 - chloroaniline , 4 - chloroaniline and 2,4 - dichloroaniline as sole carbon source and energy source .

结果发现，采用苯胺和2-氯苯胺驯化的复合菌能分别以3-氯苯胺、4-氯苯胺及2,4-二氯苯胺为唯一碳源和能源进行生长代谢。

Using 2-chloroaniline as object pollutant , we researched the effects of condition factors to object compound 's biodegradation rate and ultimate degreased rate , such as the exposure concentration of compound , the mixed bacteria 's inoculum size , the water 's pH value and appending growth matrix .

以2-氯苯胺为目标污染物，研究化合物暴露浓度、复合菌接种量、水体pH值，添加生长基质等对目标化合物生物降解速率及最终去除率的影响。

By bacteria growth-inhibition experiment , it has been shown that the isolated mixed bacteria were more tolerant to chloroanilines than the bacteria from nature water ( Yangtze River ), and after the domestication with aniline and 2-chloroaniline selective medium , the toleration of dominant mixed bacteria was improved evidently .

通过细菌生长抑制实验表明，分离得到的复合菌对氯代苯胺的耐受性高于自然水体中（长江）的混合细菌；而且经苯胺和2-氯苯胺驯化后，复合菌对毒物的耐受性进一步提高。