Team:SDU-Denmark/project-r
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''From left to right, trajectory of: E.Coli with photosensor exposed to blue light, E.Coli with photosensor exposed to red light and E.Coli Mg1655 Wildtype exposed to blue light: (Blue dots show the location of the cell in the given frame, so the number of dots equals the number of frames from the sample.)''<br> | ''From left to right, trajectory of: E.Coli with photosensor exposed to blue light, E.Coli with photosensor exposed to red light and E.Coli Mg1655 Wildtype exposed to blue light: (Blue dots show the location of the cell in the given frame, so the number of dots equals the number of frames from the sample.)''<br> | ||
- | [[Image:Team-SDU-Denmark-PSblue1.png |250px| | + | [[Image:Team-SDU-Denmark-PSblue1.png |250px|frame|Photosensor bacteria exposed to blue light]] |
- | [[Image:PSred sample 1 trajectory - Cell 1.png |250px| | + | [[Image:PSred sample 1 trajectory - Cell 1.png |250px|frame|Photosensor bacteria exposed to red light (~580nm wavelength)]] |
- | [[Image:Team-SDU-Denmark-WTblue1.png |250px| | + | [[Image:Team-SDU-Denmark-WTblue1.png |250px|frame|Wildtype bacteria exposed to blue light]] |
The phototaxic bacteria move more in a straight line when exposed to bluelight, as can be seen when comparing the trajectories of the thee bacteria given earlier. These were taken from a batch of 10 cells tracked per sample. | The phototaxic bacteria move more in a straight line when exposed to bluelight, as can be seen when comparing the trajectories of the thee bacteria given earlier. These were taken from a batch of 10 cells tracked per sample. |
Revision as of 09:23, 15 October 2010