Table 2.
Equations describing interactions between intact and partially proteolyzed factor Va with factor Xa and prothrombin
| Eqn | Chemical Expression |
koff |
kon |
kdis |
|---|---|---|---|---|
| (s-1) | (M-1 s-1) | (s-1) | ||
| 11 |
FXa + FVa ← 7-6 → FXaFVa |
0.2 a 0.075 b |
4 x 108 a |
|
| 1.5 x 108 b | ||||
| 12 |
FXa + FVai506 ← 8-6 → FXaFVai506 |
0.4 c |
4 x 108 c |
|
| 0.15 b |
1.5 x 108 b |
|||
| 13 |
FXa + FVai306 ← 8-6 → FXaFVai306 |
0.4 c |
4 x 108 c |
|
| 0.15 b |
1.5 x 108 b |
|||
| 14 |
FXa + FVai306/506 ← 8-6 → FXaFVai306/506 |
0.4 c |
4 x 108 c |
|
| 0.15 b |
1.5 x 108 b |
|||
| 15 |
FXaFVai306 -9 → FXa + FVa1-306FVaLC + FVa307-679/709 |
|
|
0.0035 |
| 16 |
FXaFVai306/506 -9 → FXa + FVa1-306FVaLC + FVa307-506 + FVa507-679/709 |
|
|
0.0035 |
| 17 | FVa + PT ← 11-10 → FVaPT | 70d | 1 x 108 |
a Values from previously published studies for mathematical simulations [32,46].
b Values identified in the current study for mathematical simulations and carried forward through all subsequent mathematical simulations.
c Values are based on relative findings from previously published studies for mathematical simulations [32].
d Initial estimate for FVaPT complex from Tran et al. [39].