蓝绿藻、红藻和紫色细菌的延迟光产生。
Delayed light production by blue-green algae, red algae, and purple bacteria.
作者信息
ARNOLD W, THOMPSON J
出版信息
J Gen Physiol. 1956 Jan 20;39(3):311-8. doi: 10.1085/jgp.39.3.311.
Abstract
- Blue-green algae, red algae, and purple bacteria all show the emission of delayed light. 2. The action spectra for the production of delayed light by three species of blue-green algae have one broad band with a peak at 620 mmicro. 3. The action spectrum for production of delayed light by the red algae has one peak at 550 mmicro with a shoulder from 600 to 660 mmicro. 4. The emission spectra of the delayed light from both the blue-green and red algae were the same as from the green algae, Chlorella. 5. The action spectra for the production of delayed light by the different species of purple bacteria tested consisted of one or more bands not resolved between 800 and 900 mmicro. 6. The emission spectrum of the delayed light from the purple bacteria was largely at wave lengths longer than 900 mmicro.
摘要
- 蓝绿藻、红藻和紫色细菌均呈现延迟光发射。2. 三种蓝绿藻产生延迟光的作用光谱有一个宽峰，峰值在620微米处。3. 红藻产生延迟光的作用光谱在550微米处有一个峰值，在600至660微米处有一个肩峰。4. 蓝绿藻和红藻延迟光的发射光谱与绿藻小球藻的相同。5. 所测试的不同种类紫色细菌产生延迟光的作用光谱由800至900微米之间未分辨的一个或多个谱带组成。6. 紫色细菌延迟光的发射光谱主要在波长大于900微米处。
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