遗传突变的视紫红质，光传感蛋白的燃料棒细胞，单是最常见的一种形式的反相和大多数这些突变导致蛋白质错误折叠。
Inherited mutations in rhodopsin, the light sensing protein of rods cells, are the single most common cause of one form of RP and the majority of these mutations cause protein misfolding.
而且堆积在传感器上的蛋白质会影响传感器运作并减少镜片的使用寿命。
Proteins then build up on the sensors, affecting their operation and reducing the useful lifespan of the lens.
换上了基因的苍蝇在光线中的磁导航上没有任何问题。这表明，人类的蛋白质仍然能作为感光的磁传感器来起作用。
And the transgenic flies had no problem navigating a magnetic maze when exposed to light-indicating the human protein can still serve as a light-sensitive magnetic sensor.
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