It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有的G蛋白偶联的受体的祖先，并且2型视紫红质在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有G蛋白受体祖先，并且2型视紫红质在进过程中捡回了曾经丢失感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这1视紫红质是所有G蛋白偶联受体祖先，并且2视紫红质在进过程中捡回了曾经丢失感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有的G偶联的受体的祖先，并且2型视紫红质在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有的G蛋白偶联的受体的祖先，并且2型视紫红质在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型紫红是所有的G蛋白偶联的受体的祖，2型紫红在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫所有的G蛋白偶的受体的祖先，并且2型视紫在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有的G蛋白偶联的受体的祖先，并且2型视紫红质在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有的G蛋白偶联的受体的祖先，并且2型视紫红质在进过程中捡回了曾经丢失的感光能力。

It suggests that type 1 rhodopsins gave the birth to all GPCRs and type 2 rhodopins managed to retrieve the lost function of photoreception.

这暗示1型视紫红质是所有G蛋白偶体祖先，并且2型视紫红质在进过程中捡回了曾经丢失感光能力。