"
Team:Valencia/Modeling
From 2010.igem.org
Alejovigno (Talk | contribs) (→Overview) |
Alejovigno (Talk | contribs) (→Overview) |
||
| Line 10: | Line 10: | ||
== Overview == | == Overview == | ||
| - | Our aim in this part of the Project is the development of a model which describes how the different phenotypes of yeasts interact with the prion switch dynamics. We have considered very interesting to take advantage of the model proposer by Watson and Lovelock (1983) ''Daisyworld'', and improve the modeling incorporating the | + | Our aim in this part of the Project is the development of a model which describes how the different phenotypes of yeasts interact with the prion switch dynamics. We have considered very interesting to take advantage of the model proposer by Watson and Lovelock (1983) ''Daisyworld'', and improve the modeling incorporating the dynamic of the prion switch, in order to see how the system behaves and finally how the stabilization of the planetary temperature is made when the system reaches a steady state. |
Also we will incorporate in this section, some modeling we had to perform in the previous stage of constructing our Testing Technologies: The Red House, and the Microbial Albedo Recorder. | Also we will incorporate in this section, some modeling we had to perform in the previous stage of constructing our Testing Technologies: The Red House, and the Microbial Albedo Recorder. | ||
Revision as of 18:19, 25 October 2010
Time goes by...
(El tiempo pasa...)
Follow us:
Our main sponsors:
Our institutions:
Visitor location:
Mathematical Modeling
Overview
Our aim in this part of the Project is the development of a model which describes how the different phenotypes of yeasts interact with the prion switch dynamics. We have considered very interesting to take advantage of the model proposer by Watson and Lovelock (1983) Daisyworld, and improve the modeling incorporating the dynamic of the prion switch, in order to see how the system behaves and finally how the stabilization of the planetary temperature is made when the system reaches a steady state.
Also we will incorporate in this section, some modeling we had to perform in the previous stage of constructing our Testing Technologies: The Red House, and the Microbial Albedo Recorder. Because they uses similar temperature sensors and acquisition systems, we are going try to make some modeling concerning those systems.
