Goldsmith T H, Dizon A E, Fernandez H R
Science. 1968 Aug 2;161(3840):468-70. doi: 10.1126/science.161.3840.468.
Microspectrophotometric measurements of individual dark-adapted rhabdoms of the prawn Palaemonetes vulgaris reveal the presence of two light-sensitive pigments. A pigment with maximum absorbancy at 555 nanometers is converted by light to a long-lived intermediate with wavelength of maximum absorbancy at 496 nanometers. A second pigment with wavelength of maximum absorbancy at 496 nanometers bleaches in the light, seemingly without forming detectable products at wavelengths longer than 375 nanometers. Both pigments occur in each layer of microvilli.
对普通长臂虾暗适应后的单个视杆进行显微分光光度测量,结果显示存在两种光敏色素。一种在555纳米处具有最大吸光度的色素,在光照下会转化为一种长寿命中间体,其最大吸光度波长为496纳米。另一种最大吸光度波长为496纳米的色素在光照下会漂白,似乎不会在波长大于375纳米处形成可检测到的产物。这两种色素都存在于微绒毛的每一层中。