It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，螈的纤维母细胞则始终记得这套资讯系统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西机理不同于其他种类。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年纤维母细胞则始终记得这套资讯系统，并会于肢体再生时再次取用Hox位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈的纤维母细胞则始终记得这套资讯系统，并会于肢时次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈的纤维母细终记得这套资讯系统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈机理不同于其他种类蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈纤维母细胞则始终记得这套资讯系统，并会于肢体再生时再次取Hox置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈的纤维母细胞则始终记得这套统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西的机理不同于其他种类的蝾。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

地，成年蝾的纤维母细胞则始终记得这套资讯系统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对，蝾螈的纤维母细胞则始终记得这套资讯系统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈的纤维母细胞则始终套资讯系统，并会于肢体再生时再次取用Hox的位置密码。

It’s also possible that the axolotl’s mechanisms are different from other salamanders.

可能美西螈的机理不同于其他种类的蝾螈。

In contrast, fibroblasts in the adult salamander limb maintain a memory of this information system and can reaccess the positional Hox code in the process of limb regeneration.

相对地，成年蝾螈的纤维母细胞则始终记得这系统，并会于肢体再生时再次取用Hox的位置密码。