The results show that the Dugesia japonica has strong receivable ability of pH changes.
结果表明涡虫对酸碱环境的耐受力较强。
The chromosomes of Dugesia sp. from various stations were studied by air-drying technique.
利用空气干燥法对淡水三角涡虫的染色体进行研究。
The localization of nitric-oxide synthase (NOS) in Dugesia japonica has been studied with NADPH-d histochemistry method.
采用一氧化氮合酶（NOS）组织化学定位方法研究了三角涡虫的NOS的分布。
These structural differences reflect that the planarian (Dugesia japonica) lies in the position of a much higher grade in course of the systematic evolution of Turbellaria.
这些结构差异反映出日本三角涡虫在涡虫纲系统演化中处于较高级的地位。
Dugesia japonica is well known for its extraordinary regenerative ability, and platyhelminthes are excellent models for the study of stem cell biology, regeneration, evolutionary and development.
同时，涡虫具有极强的再生能力，成为我们研究物种起源、进化、再生、胚胎发育的模式生物。
Dugesia japonica is well known for its extraordinary regenerative ability, and platyhelminthes are excellent models for the study of stem cell biology, regeneration, evolutionary and development.
同时，涡虫具有极强的再生能力，成为我们研究物种起源、进化、再生、胚胎发育的模式生物。
应用推荐