Sarah Carratt: Week 6: Difference between revisions
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[[Image:cycle.jpg|thumb|upright=2.5|Variables in Context]] | [[Image:cycle.jpg|thumb|upright=2.5|Variables in Context]] | ||
#nitrogen | #ammonia --> nitrogen | ||
#glucose --> carbon | |||
#α-ketogluterate | #α-ketogluterate | ||
#glutamate | #glutamate | ||
#glutamine | #glutamine | ||
These | These five variables are the things that we will need to watch/model as they change over time. In the image, these variables can be seen in context of nitrogen metabolism. | ||
===System of Differential Equations=== | ===System of Differential Equations=== | ||
Revision as of 00:29, 22 February 2011
Instructions
- List the state variables needed to model the process of interest.
- Propose at least one system of differential equations you think will model the dynamics.
- Discuss the terms in your equation(s) in order to justify your choices.
- List all parameters your model requires for numerical simulation.
- Discuss the relationship between the data in the papers by ter Schure et al and the state variables (and parameters).
Online Sources
Student Response
Variables Needed for a Model
- ammonia --> nitrogen
- glucose --> carbon
- α-ketogluterate
- glutamate
- glutamine
These five variables are the things that we will need to watch/model as they change over time. In the image, these variables can be seen in context of nitrogen metabolism.
System of Differential Equations
Discussion of Terms
Parameters for Model
Relationship between ter Schure et al and Parameters
Individual Assignments
Class Assignments
Class Notes
Internal Links
| BIOL398-01/S11:Assignments | BIOL398-01/S11:People | BIOL398-01/S11:Sarah Carratt |
