Difference between revisions of "Vibrio Cholerae"
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| − | Vibrio Cholerae bacteria was obtained from the Biophysics Department. This particular sample was chosen because the individual bacteria are of similar size as the microspheres, and have flagellum (tail-like structure) which allows them to traverse the fluid in which the are living in. An image of a single vibrio cholera organism is show below:[[File:vibrio.jpg]] | + | Vibrio Cholerae bacteria was obtained from the Biophysics Department. This particular sample was chosen because the individual bacteria are of similar size as the microspheres, and have flagellum (tail-like structure) which allows them to traverse the fluid in which the are living in. An image of a single vibrio cholera organism is show below: |
| + | [[File:vibrio.jpg]] | ||
The body is about 2-3 micrometers long and about 1 micrometers wide. | The body is about 2-3 micrometers long and about 1 micrometers wide. | ||
| − | You will need assistance procuring a sample, but a basic understanding about handling the samples is important: First the bacteria will be diluted in a nutrient broth which will keep them alive. It is important to dilute the sample enough because just as the microspheres a overly concentrated sample will be impossible to work with. | + | You will need assistance procuring a sample, but a basic understanding about handling the samples is important: First the bacteria will be diluted in a nutrient broth which will keep them alive. It is important to dilute the sample enough because just as the microspheres a overly concentrated sample will be impossible to work with. |
Revision as of 14:06, 21 August 2014
Vibrio Cholerae bacteria was obtained from the Biophysics Department. This particular sample was chosen because the individual bacteria are of similar size as the microspheres, and have flagellum (tail-like structure) which allows them to traverse the fluid in which the are living in. An image of a single vibrio cholera organism is show below:
The body is about 2-3 micrometers long and about 1 micrometers wide.
You will need assistance procuring a sample, but a basic understanding about handling the samples is important: First the bacteria will be diluted in a nutrient broth which will keep them alive. It is important to dilute the sample enough because just as the microspheres a overly concentrated sample will be impossible to work with.
