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Team:NTU-Singapore/Parts/Parameter Estimation using Characterization Results
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==Lactose Induced GFP production== | ==Lactose Induced GFP production== | ||
| - | [[Image:GFP_LACTOSE.jpg|850px|thumb| GFP Production Model]] | + | <br>[[Image:GFP_LACTOSE.jpg|850px|thumb| GFP Production Model]]<br> |
| - | [[Image:Charac_Result37.jpg|850px|thumb|RFU Results]]<br> | + | <br>[[Image:Charac_Result37.jpg|850px|thumb|RFU Results]]<br> |
| - | In the above two figures, we have a comparison between the model generated by our very own equations versus the RFU results that we have obtained using our characterization procedures. There are certain features that are our outstanding when these two figures are compared. | + | |
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| + | <br>In the above two figures, we have a comparison between the model generated by our very own equations versus the RFU results that we have obtained using our characterization procedures. There are certain features that are our outstanding when these two figures are compared. | ||
1)The deterministic model has not captured any of the stochastic features the real situation presented before us. | 1)The deterministic model has not captured any of the stochastic features the real situation presented before us. | ||
2)The model seems to hit steady state much faster than the actual situation | 2)The model seems to hit steady state much faster than the actual situation | ||
Revision as of 15:54, 28 August 2008
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Lactose Induced GFP production
In the above two figures, we have a comparison between the model generated by our very own equations versus the RFU results that we have obtained using our characterization procedures. There are certain features that are our outstanding when these two figures are compared.
1)The deterministic model has not captured any of the stochastic features the real situation presented before us.
2)The model seems to hit steady state much faster than the actual situation
