Team:BCCS-Bristol/Modeling/Population Dynamics

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(→Population Dynamics)
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==Population Dynamics==
==Population Dynamics==
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We are trying to find answers to this problems and questions:
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*Bacteria change size.
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**Minimum size
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***When the bacterium will be at the minimum size?
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***How fast the bacterium increase its dimension?
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**Maximum size
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***When the bacterium will be to the maximum size?
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**There is same relationship between velocit and size?
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*Separation.
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**When this appen?
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**Where the bacterium get placed?
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***Maybe following the bacterium motion
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***Random
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***Fluid dynamics?
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**Motion properties after the separation.
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***Velocity ofter separation.
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**The two bacteria after the separation have the same size?
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*Genetic information
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**After the separation the two bacteria have the same genetic properties:
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***The same replication distribution or the new one has a normal/uniform distribution on the normal/uniform distribution of the oldest one?
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===Growth===
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*Bacteria change size.
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**Limit(Min/Max).
 +
*Rate of frowth.
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*Separation.

Revision as of 14:26, 16 July 2009

BCCS-Bristol
iGEM 2009

Population Dynamics

We are trying to find answers to this problems and questions:

  • Bacteria change size.
    • Minimum size
      • When the bacterium will be at the minimum size?
      • How fast the bacterium increase its dimension?
    • Maximum size
      • When the bacterium will be to the maximum size?
    • There is same relationship between velocit and size?
  • Separation.
    • When this appen?
    • Where the bacterium get placed?
      • Maybe following the bacterium motion
      • Random
      • Fluid dynamics?
    • Motion properties after the separation.
      • Velocity ofter separation.
    • The two bacteria after the separation have the same size?
  • Genetic information
    • After the separation the two bacteria have the same genetic properties:
      • The same replication distribution or the new one has a normal/uniform distribution on the normal/uniform distribution of the oldest one?



Growth

  • Bacteria change size.
    • Limit(Min/Max).
  • Rate of frowth.
  • Separation.
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