Difference between revisions of "Team:HK SKHLPSS/Results"
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=== 1. Gel electrophoresis (Collaborated with Team HKU) === | === 1. Gel electrophoresis (Collaborated with Team HKU) === | ||
[[File: LPResults_1.jpg |thumbnail| left | 500px| Fig. 5. Result of the first gel. The last lane clearly showed that all 8 oligos are binded together.]] | [[File: LPResults_1.jpg |thumbnail| left | 500px| Fig. 5. Result of the first gel. The last lane clearly showed that all 8 oligos are binded together.]] | ||
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[[File: LPResults_2.jpg |thumbnail| left | 500px| Fig. 6. Result of second gel. The second gel further proves that our nano-cube is formed according to our conceptual design. ]] | [[File: LPResults_2.jpg |thumbnail| left | 500px| Fig. 6. Result of second gel. The second gel further proves that our nano-cube is formed according to our conceptual design. ]] | ||
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To further proof our nano-cube is formed as per our design, we conducted another gel electrophoresis, with each of the samples containing two oligos which should not be binded together. As shown above, each of the samples, except of the nano-cube, contains two distinct bands, indicating that these two oligos did not binded together, which further proves our design. | To further proof our nano-cube is formed as per our design, we conducted another gel electrophoresis, with each of the samples containing two oligos which should not be binded together. As shown above, each of the samples, except of the nano-cube, contains two distinct bands, indicating that these two oligos did not binded together, which further proves our design. | ||
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Revision as of 07:18, 1 November 2017
Results
1. Gel electrophoresis (Collaborated with Team HKU)
With the help of HKU team, we are able to get the gel electrophoresis to analyze whether our design was actually assembled. As seen inthe first gel result. All 8 oligos come together as the shift observed in last lane.
To further proof our nano-cube is formed as per our design, we conducted another gel electrophoresis, with each of the samples containing two oligos which should not be binded together. As shown above, each of the samples, except of the nano-cube, contains two distinct bands, indicating that these two oligos did not binded together, which further proves our design.
Also, the band for the target could not be found when nano-cube and target were placed together (the last lane), indicating that the target should be successfully binded with the nano-cube.
All in all, these two gel results suggested that our nano-cube should be formed as per our design.
