Studies on the establishment of scientific basis for bioremediation

在生物修复过程中，污染物通过群落降解，但每种微生物的功能及其相互作用尚不清楚。在这项研究中，我们试图建立一种新的方法，SIP-D，既可以检测同化降解物，又可以提高生物修复的可降解性，并清除微生物网络。因此，真菌和细菌的混合培养对高分子量污染物的降解是有效的，并概述了四氯乙烯和油降解中的微生物网络。

During bioremediation, pollutants are degraded by consortia, but each microbial function and their interactions are still unclear. In this study, we tried to establish a novel method, SIP-D that could detect assimilative degraders, and also to improve degradability of bioremediation and to clear microbial network. Consequently, mixed cultures of fungi and bacteria were effective for degradation of high-molecular-weight pollutant, and overview of microbial networks in tetrachloroethylene and oil degradation were characterized.