Paris\Modelling Variables
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'''After analysis the design of the different parts and the interaction between them, we define 4 variable of interest and one optional ''' | '''After analysis the design of the different parts and the interaction between them, we define 4 variable of interest and one optional ''' | ||
==Number of soma cells (S)== | ==Number of soma cells (S)== | ||
| - | + | The S (soma cells) are the cells which provide the DAP to the germe cell, so the size of this kind of cells is a very important factor to prevent the system to collapse. | |
They are issue from the differentiation of the germe cells. So the ''production'' of S depends on the number of germe cells, and on the concentration of CRE. | They are issue from the differentiation of the germe cells. So the ''production'' of S depends on the number of germe cells, and on the concentration of CRE. | ||
| - | ==Number of germe cells== | + | Like all the others cells, S may die, for the moment we think about a linear coefficient to represent the death of the cells. |
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| + | ==Number of germe cells (G)== | ||
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| + | The G (germe cells) are DAP-auxotrophe cells, they can divide or differentiate. More G they are, more DAP is needed, so they depends on S. | ||
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| + | G can divide so the shape of the curve of G augmentation is the same as other growth rate evolution. | ||
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| + | G can die too, (like for S a linear coefficient), and it can differentiate. | ||
==Concentration of CRE== | ==Concentration of CRE== | ||
| + | The system loxp::CRE will make enable the differention between G and S Cells by removing a device which is needed for division and for metabolic dependence | ||
| + | So CRE is a important actor. | ||
==Concentration of DAP in the medium== | ==Concentration of DAP in the medium== | ||
| + | The CRE production will be under the control of DAP<br> | ||
| + | DAP will diffuse in the medium | ||
==Concentration of DAP in the cells== | ==Concentration of DAP in the cells== | ||
| - | + | DAP in the cell will inhibate the differentiation process | |
<br> | <br> | ||
[[Paris|>>home]]|[[Paris/Modeling|>>Modeling]] | [[Paris|>>home]]|[[Paris/Modeling|>>Modeling]] | ||
Latest revision as of 21:32, 23 October 2007
After analysis the design of the different parts and the interaction between them, we define 4 variable of interest and one optional
Contents |
Number of soma cells (S)
The S (soma cells) are the cells which provide the DAP to the germe cell, so the size of this kind of cells is a very important factor to prevent the system to collapse.
They are issue from the differentiation of the germe cells. So the production of S depends on the number of germe cells, and on the concentration of CRE.
Like all the others cells, S may die, for the moment we think about a linear coefficient to represent the death of the cells.
Number of germe cells (G)
The G (germe cells) are DAP-auxotrophe cells, they can divide or differentiate. More G they are, more DAP is needed, so they depends on S.
G can divide so the shape of the curve of G augmentation is the same as other growth rate evolution.
G can die too, (like for S a linear coefficient), and it can differentiate.
Concentration of CRE
The system loxp::CRE will make enable the differention between G and S Cells by removing a device which is needed for division and for metabolic dependence So CRE is a important actor.
Concentration of DAP in the medium
The CRE production will be under the control of DAP
DAP will diffuse in the medium
Concentration of DAP in the cells
DAP in the cell will inhibate the differentiation process
