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Surface extensions of 3T3 cells towards distant infrared light sources

机译:3T3电池向远红外光源的表面延伸

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摘要

Using a specially designed phase-contrast light microscope with an infrared spot illuminator we found that approximately 25% of 3T3 cells were able to extend pseudopodia towards single microscopic infrared light sources nearby. If the cells were offered a pair of such light sources next to each other, 47% of the cells extended towards them. In the latter case 30% of the responding cells extended separate pseudopodia towards each individual light source of a pair. The strongest responses were observed if the infrared light sources emitted light of wavelengths in the range of 800-900 nm intermittently at rates of 30-60 pulses per min. The temperature increases of the irradiated spots can be shown to be negligible. The results suggest that the cells are able to sense specific infrared wavelengths and to determine the direction of individual sources.
机译:使用带有红外点光源的特殊设计的相衬光学显微镜,我们发现大约25%的3T3细胞能够将伪足向附近的单个显微红外光源扩展。如果为这些单元提供一对彼此相邻的光源,则47%的单元会向它们延伸。在后一种情况下,有30%的响应细胞向一对中的每个单独光源延伸了单独的假足。如果红外光源以每分钟30-60脉冲的速率间歇地发射800-900 nm波长的光,则观察到最强的响应。辐照点的温度升高可以显示为可以忽略不计。结果表明细胞能够感应特定的红外波长并确定各个光源的方向。

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