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型视紫红质在进化过程中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地的粉红色杜鹃花的黄金季节。这种粉红色杜鹃在大烟山公园要比紫红色的更为普遍。

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型视紫红质在进化过程中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是在低地的粉红色杜鹃花的黄金季节。这种粉红色杜鹃在大烟山公园要比紫红色的更为普遍。

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白偶联受体祖先，并且2型视紫红质在进化过程中捡回了曾经丢失感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地粉红色杜鹃花黄金季节。这种粉红色杜鹃在大烟山公园要比紫红色更为普遍。

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型视紫质是所有的G蛋白偶联的受体的祖先，并且2型视紫质在进中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地的杜鹃花的黄金季节。这种杜鹃在大烟山公园要比紫的更为普遍。

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型视紫红质在进化过程中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是在低地的粉红色杜鹃花的黄金季节。这种粉红色杜鹃在大烟山公园要比紫红色的更为普遍。

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型视紫质是所有的G蛋白偶联的受体的祖先，并且2型视紫质在进化过程中捡回了曾经丢失的力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地的粉鹃花的黄金季节。这种粉鹃在大烟山公园要比紫的更为普遍。

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

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

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地的粉红色杜鹃花的黄金季节。种粉红色杜鹃在大烟山公园要比紫红色的更为普遍。

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联的受体的祖先，并且2型视紫红质在进化过程中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月是生在低地的粉红色杜鹃花的黄金季节。这种粉红色杜鹃在大烟山公园要比紫红色的更为。

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型视紫红质所有的G蛋白偶联的受体的祖先，并且2型视紫红质进化过程中捡回了曾经丢失的感光能力。

During July the thickets at lower elevations come into their own with the pinkish-white flowers of the rosebay rhododendron, by far more common in the park than the catawba rhododendron.

七月地的粉红色杜鹃花的黄金季节。这种粉红色杜鹃大烟山公园要比紫红色的更为普遍。