Team:Hong Kong CUHK/results

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   <p align="center">(e)<img width="300" height="225" src="https://static.igem.org/mediawiki/2013/f/f0/CVResult5.jpg" alt="Macintosh HD:Users:melisajunata:Desktop:picts result:IMG_2680.JPG" /></p>
   <p align="center">(e)<img width="300" height="225" src="https://static.igem.org/mediawiki/2013/f/f0/CVResult5.jpg" alt="Macintosh HD:Users:melisajunata:Desktop:picts result:IMG_2680.JPG" /></p>
   <p align="center">Figure 6. Cell growth after treatment (a) Spread plate result with 0V applied. (b) Spread plate result with 9V applied. (c) Spread plate result with 18V applied. (d) Spread plate result with 27V applied. (e) Spread plate result with 45V applied.</p>
   <p align="center">Figure 6. Cell growth after treatment (a) Spread plate result with 0V applied. (b) Spread plate result with 9V applied. (c) Spread plate result with 18V applied. (d) Spread plate result with 27V applied. (e) Spread plate result with 45V applied.</p>
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   <p>From these results, it can be said that by  applying a continuous DC Voltage for 24 hours to the samples do not kill the cell. Colonies are growing in all plates. Decreasing quantity of colonies is  only due to the increasing dilution factor. </p>
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   <p>These results suggests that applying a continuous DC Voltage for 24 hours to the samples won't kill the cells. Colonies are growing in all plates. Decreasing quantity of colonies is  only due to the increasing dilution factor. </p>
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Revision as of 03:29, 29 October 2013

iGEM CUHK