Difference between revisions of "Team:GO Paris-Saclay/labnotebook"
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| − | This is the lab notebook portal. From here you can access our complete written notes regarding our experimental procedures. It is divided by general goal, like establishing a bistable population. | + | This is the lab notebook portal. From here you can access our complete written notes regarding our experimental procedures. |
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| + | It is divided by general goal, like establishing a bistable population. | ||
== General procedures == | == General procedures == | ||
The protocols used for the day to day stuff, like what PCR program, or how our cells were made competent. | The protocols used for the day to day stuff, like what PCR program, or how our cells were made competent. | ||
| − | + | [[Team:GO_Paris-Saclay/labnotebook-protocols | Standard protocols]] | |
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Cloning of the import, transformation and degradation enzymes, and their characterization. | Cloning of the import, transformation and degradation enzymes, and their characterization. | ||
| + | [[Team:GO_Paris-Saclay/labnotebook-cpg2 | Cloning cpg2]] | ||
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| + | [[Team:GO_Paris-Saclay/labnotebook-folc | Cloning folC]] | ||
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| + | [[Team:GO_Paris-Saclay/labnotebook-cpg2-folc | Cloning cpg2 and folC together]] | ||
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| + | == HeteroGenious population == | ||
| + | The making of the bimodal distribution of bacteria in our bioreactor. | ||
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| + | [[Team:GO_Paris-Saclay/labnotebook-ler | Cloning ler]] | ||
| − | + | [[Team:GO_Paris-Saclay/labnotebook-lee5 | Cloning LEE5]] | |
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Latest revision as of 21:40, 17 October 2018
This is the lab notebook portal. From here you can access our complete written notes regarding our experimental procedures.
It is divided by general goal, like establishing a bistable population.
General procedures
The protocols used for the day to day stuff, like what PCR program, or how our cells were made competent.
MTX degradation
Cloning of the import, transformation and degradation enzymes, and their characterization.
Cloning cpg2 and folC together
HeteroGenious population
The making of the bimodal distribution of bacteria in our bioreactor.