Table 1.
The component models of the glucose homeostasis system.
model name | biology | source | units | computational language | inputs | outputs to |
---|---|---|---|---|---|---|
G-protein model A | glucagon receptor βγ sub-units, desensitization, PLC | [34,32,33] | M,s | Mathematica | G,B | B |
calcium model B | IP3, calcium oscillations | [36] | M,s | XPPAUT | B | B,F |
cAMP model C | glucagon receptor α sub-unit, cAMP, PKA | ab initio | arbitrary, h | Mathematica | G | F |
insulin model D | insulin receptor, PIP, GSK | ab initio | arbitrary, min | XPPAUT | G | F |
blood model E | metabolic demand, transmembrane glucose transport | ab initio | M,s | XPPAUT | F | F,G |
glycogen model F | control of glycogen phosphorylase and synthase | [12,15,8,9] | M blood equiv. | XPPAUT | B,C,D,E | F |
pancreas model G | glucagon and insulin production | ab initio | arbitrary, min | Mathematica | F | A,C,D |