Difference between revisions of "Team:HZAU-China/Hardware"

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         <a class="zhengwen">This year we constructed two series of hardware to control the light.</a>
 
         <a class="zhengwen">This year we constructed two series of hardware to control the light.</a>
 
         <a class="zhengwen">One is built based on the published paper [1]. The model is designed to prevent leakage of light, and the control
 
         <a class="zhengwen">One is built based on the published paper [1]. The model is designed to prevent leakage of light, and the control
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             of light is simplified according to experimental needs. You can choose to use 620nm (blue 1W/m2), 670(nm 1.05
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             of light is simplified according to experimental needs. You can choose to use 620nm (blue 1W/m2), 670 (nm 1.05
 
             W/m2 ) or 540 (nm 4.03 W/m2) according to different experimental needs. The light intensity can be regulated ranging
 
             W/m2 ) or 540 (nm 4.03 W/m2) according to different experimental needs. The light intensity can be regulated ranging
 
             from 0~3000lux and the period of light illumination can be modified. The working demonstration video is as following.</a>
 
             from 0~3000lux and the period of light illumination can be modified. The working demonstration video is as following.</a>

Latest revision as of 04:41, 16 December 2017

Hardware This year we constructed two series of hardware to control the light. One is built based on the published paper [1]. The model is designed to prevent leakage of light, and the control of light is simplified according to experimental needs. You can choose to use 620nm (blue 1W/m2), 670 (nm 1.05 W/m2 ) or 540 (nm 4.03 W/m2) according to different experimental needs. The light intensity can be regulated ranging from 0~3000lux and the period of light illumination can be modified. The working demonstration video is as following.
Another is similar to the former one but this one is designed for lightening the microfluidic chips. The working demonstration video is shown as following.
References 1. Gerhardt, K. P. et al. An open-hardware platform for optogenetics and photobiology. Sci. Rep. 6, 35363; doi: 10.1038/srep35363 (2016).