IGEM:IMPERIAL/2006/project/parts/Tell us how your part is amazing: Difference between revisions
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__NOTOC__ | |||
Tell us how your part is amazing. | Tell us how your part is amazing. | ||
#Create a new wiki page: IGEM:IMPERIAL/2006/project/parts/<name_of_your_part> | |||
#Copy and document all the different sections found below | |||
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*describe the motivations behind the creation of your part. | *describe the motivations behind the creation of your part. | ||
== DESIGN == | == DESIGN == | ||
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*define inputs and outputs. | *define inputs and outputs. | ||
*list all the variables and parameters of the model specifying if their values are known, unknown, to be measured. | *list all the variables and parameters of the model specifying if their values are known, unknown, to be measured. | ||
*comment on the sensitivity of key parameters. | |||
*comment on the different assumptions you have made when modelling. | *comment on the different assumptions you have made when modelling. | ||
Revision as of 14:30, 18 July 2006
Tell us how your part is amazing.
- Create a new wiki page: IGEM:IMPERIAL/2006/project/parts/<name_of_your_part>
- Copy and document all the different sections found below
SPECIFICATIONS
- describe the motivations behind the creation of your part.
DESIGN
- insert an image of your designed part made of biobricks.
- insert a link to its location into the iGEM registry.
- define the inputs and outputs of the part.
- comment on the choices made to fullfill the specifications.
MODELLING
- insert an image of the model you propose for your part
- define inputs and outputs.
- list all the variables and parameters of the model specifying if their values are known, unknown, to be measured.
- comment on the sensitivity of key parameters.
- comment on the different assumptions you have made when modelling.
IMPLEMENTATION
- insert an image of the construct with all the subparts available from the registry.
- if the part does not exist, describe the assembly process needed out of the available biobricks.
VALIDATION / TESTING
- describe the motivations of the testing in relation with the specifications.
- insert your proposed wetlab protocol.
- insert expected experimental results generated by your model.
- describe how the experimental results will allow you to extract realistic values for your model.
