Over expression of indoleamine 2,3 - dioxygenase ( IDO ) is an important mechanism that is responsible for immune tolerance of tumor.
吲哚胺2,3-二加氧酶 ( idoleamine2,3-dioxy-genase,IDO ) 的高表达是导致肿瘤免疫耐受的一个重要机制.诱导IDO的表达具有两种信号传导途径.
The metabolism of phenol was catalyzed by catechol 1, 2 - dioxygenase sp. P 5 through the meta pathway.
对苯酚代谢途径和相关酶的研究发现,菌株P5主要在邻苯二酚1, 2- 双加氧酶作用下通过邻位途径进行苯酚代谢.
The metabolism of phenol was catalyzed by catechol 1,2 - dioxygenase of Candida sp. P 5 through the meta pathway.
对苯酚代谢途径和相关酶的研究发现,菌株P5主要在邻苯二酚1, 2- 双加氧酶作用下通过邻位途径进行苯酚代谢.