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Team:Newcastle/PopulationDynamics
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Babyneurone (Talk | contribs) (New page: {{:Team:Newcastle/CSS}} {{:Team:Newcastle/Header}} {{:Team:Newcastle/Left}} __NOTOC__ =Population Dynamics= ==Introduction== ==Novelty in this sub-project== ==Modelling== ==BioBrick co...) |
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| - | =Population Dynamics= | + | = Population Dynamics = |
| - | ==Introduction== | + | == Introduction == |
| + | Due to our project being based around taking a section of our bacterial population, and making them sporulate, but not germinate again. Thus we need to make sure that we do not kill off our entire population. We need to be able to tune our system, so that we can have a large enough percentage of metal sequestering spores to make a positive environmental impact, but also a small enough percentage, so that the population will continue to live and grow. | ||
| - | ==Novelty in this sub-project== | + | == Novelty in this sub-project == |
| + | The novel part of this sub-project is to model the dynamics of a bacterial population, on the cellular level, as well as integrating this agent based model with biochemical models. | ||
| - | ==Modelling== | + | == Modelling == |
| + | : ''See [[Team:Newcastle/Modeling/Population]]'' | ||
| + | This section of the project is a model, which describes a high level working of our complete system. It also includes detail from other models, as it uses these in its descision making processes. The model is being developed in the Java programming language. | ||
| - | + | == Other Presentations and Diagrams == | |
| - | + | ||
| - | + | ||
| - | + | ||
| - | ==Other Presentations and Diagrams== | + | |
{{:Team:Newcastle/Footer}} | {{:Team:Newcastle/Footer}} | ||
{{:Team:Newcastle/Right}} | {{:Team:Newcastle/Right}} | ||
Revision as of 09:22, 27 August 2009
Project
Sub-projects
Wet Lab
Meetings
Planning
Links
Population Dynamics
Introduction
Due to our project being based around taking a section of our bacterial population, and making them sporulate, but not germinate again. Thus we need to make sure that we do not kill off our entire population. We need to be able to tune our system, so that we can have a large enough percentage of metal sequestering spores to make a positive environmental impact, but also a small enough percentage, so that the population will continue to live and grow.
Novelty in this sub-project
The novel part of this sub-project is to model the dynamics of a bacterial population, on the cellular level, as well as integrating this agent based model with biochemical models.
Modelling
This section of the project is a model, which describes a high level working of our complete system. It also includes detail from other models, as it uses these in its descision making processes. The model is being developed in the Java programming language.
Other Presentations and Diagrams
News
Events
- 20 – 21 June 2009 - Europe workshop (London)
- 23 – 24 June 2009 - UK iGEM meetup (Edinburgh)
- 23 October Practice Presentation (Newcastle)
- 23 October T-shirts are ready
- 27 October Practice Presentation (Sunderland)
- 27 October Poster is ready
- 30 October – 2 November 2009 - Jamboree (Boston)
Social Net
