Index of site exercises |
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Kinetics |
Glycolysis |
Cell Cycle |
Biolgoical focus |
Content |
Folder |
Kinetics | List of kinetic related exercises | Kinetics |
Abstract |
Kinetics | |
Kinetics | ||
Glycolysis related |
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Glycolytic reactions |
Modeling | |
Glycolytic reactions |
Modeling | |
Glycolytic reactions |
Index to exercises that model the first reactions of glycolysis. Examples for modeling with mass action and michaelis menten |
Metabolic |
Contents: Concept map, table of parameter values with references, worksheet. Use to examine affects of rate constants on rate of glucose uptake. |
Metabolic | |
Glycolytic reactions |
Contents: Concept map, table of parameter values with references, worksheet. Use to examine affects of rate constants on glucose conversion in a closed system. |
Metabolic |
Glycolytic reactions |
Modeling glucose uptake and conversion: Contents: Concept map, table of parameter values with references, worksheet. Use to examine affects of rate constants on glucose conversion in a system with an open source of glucose. |
Metabolic |
Cell Cycle related |
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Cell cycle |
ACCB | |
Cell cycle (Goldbeter model) |
Effects of Vmax values on cell cycle model behavior: becoming familar with viewing simulation results from Stella. |
ACCB |
Cell cycle |
Identifying potential model factors from experimental research papers. Written by Dr. Sible. |
ACCB |
Cell cycle |
Lab exercise: Concept mapping, learning Stella and effects of rate equations. Presented at ASCB '05. Material overview |
Cell cycle |