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Team:Paris Saclay/Modeling
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* Deadline: 12/oct | * Deadline: 12/oct | ||
** Final review. | ** Final review. | ||
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| + | ==Introduction== | ||
| + | ''No panic and do not run away because of seeing some mathematical formula'' : maths are fun and some parts are understandable by everyone ! | ||
| + | Morever, we have tried to illustrate our work with figures which could be understood for themselves, without knowing the method to get it. We will just add one or two -for the warrior- star(s) to parts which need more mathematical background in order to don't disgust not-mathematical readers from mathematics. | ||
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===[https://2014.igem.org/Team:Paris_Saclay/Modeling/bacterial_Growth Bacterial Growth]=== | ===[https://2014.igem.org/Team:Paris_Saclay/Modeling/bacterial_Growth Bacterial Growth]=== | ||
| - | + | This part aims to predict the bacterial population growth on an ellipsoidal object - a fake lemon in practice - over time. We will here limit ourself to the study the overall growth, exprimed in concentration of bacteria. | |
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Revision as of 19:59, 4 October 2014
Contents |
Modeling
Countdown
This page is under Juliettes responsibility
- Deadline: 08/oct.
- Introduction text
- Deadline: 12/oct
- Final review.
Introduction
No panic and do not run away because of seeing some mathematical formula : maths are fun and some parts are understandable by everyone ! Morever, we have tried to illustrate our work with figures which could be understood for themselves, without knowing the method to get it. We will just add one or two -for the warrior- star(s) to parts which need more mathematical background in order to don't disgust not-mathematical readers from mathematics.
Oxygen Diffusion
Eugène's abstract
Bacterial Growth
This part aims to predict the bacterial population growth on an ellipsoidal object - a fake lemon in practice - over time. We will here limit ourself to the study the overall growth, exprimed in concentration of bacteria.
Fusion Proteine
Arnaud's abstract
Salicylate Inducible System
Arnaud's abstract
Odor
