All of the plucky Arabidopsis seeds did sprout and grow.

所有勇敢的拟芥种子都发芽长了。

Later, their life cycle experiments will be conducted to obtain space seeds.

后续还将完成拟芥和水稻在空间“从种子到种子”周期的实验，以获得太空种子。

The Arabidopsis seedlings have grown several leaves, and the rice seedlings have grown to a height of about 30 centimeters.

目前，拟芥幼苗已长出多片叶子，高秆水稻幼苗已长至 30 右。

So the researchers planted Arabidopsis, a hardy little plant, in twelve pots of real moon dirt and sixteen pots of the fake, Earth-made moon dirt for comparison.

因此，研究人员在 12 盆真正的月球土壤和 16 盆人造月球土壤中种植了一种耐寒的小植物拟芥，以进行比较。

Seed samples of the two plants, Arabidopsis and rice, were installed in the life ecology experiment cabinet of the lab module, which went into space in July.

今年 7 月，载有实验样品拟芥种子和水稻种子的实验单元，由航天员安装至问天实验舱的态通用实验模块中。

The work was done in a model system, using a mustard plant called Arabidopsis, but Wigge says the phytochrome genes necessary for temperature sensing are found in crop plants as well.

这项工作是在一个模型系统中完成的，使用了一种叫做拟芥的芥菜植物，但 Wigge 说， 在农作物中也发现了温度感应所必需的光敏色素基因。