1 |
Kd
|
1 nM |
Vinod and Novak (2015) |
|
v |
100 |
Estimated and validated using data from Figure 7
|
2 |
kcatMAST3
|
0.0988 s−1
|
Estimated using data from Figure 1a,b
|
|
KmMAST3
|
0.09 µM |
Obtained from Figure 1b
|
|
a |
0.37526 |
Estimated using data from Figure 1a,b
|
|
r |
1.2 |
Estimated using data from Figure 4b
|
|
kcatPP2A
|
0.05 s−1
|
Vinod and Novak (2015) |
3 |
kcatPKA
|
0.935 s−1
|
Estimated using data from Figure 1c,d
|
|
KmPKA
|
1.6 µM |
Obtained from Figure 1d
|
|
b |
2.36 |
Estimated using data from Figure 1c,d
|
|
kcatPP1
|
0.5 s−1
|
Estimated using data from Hayer and Bhalla (2005)
|
|
KmPP1
|
1 µM |
Estimated using data from Hayer and Bhalla (2005)
|
4 |
kppx
|
0.05 s−1
|
Estimated in this study |
|
k88 |
0.01865 µM−1s−1
|
Estimated using data from Figure 1a,b
|
|
kPKA
|
0.097 |
Estimated using data from Figure 4b
|
5 |
kcAMP
|
0.7 s−1
|
Estimated and validated by Zawadzki and Taylor (2004)
|
|
n |
2 |
Estimated and validated by Zawadzki and Taylor (2004)
|
|
KA |
10 µM |
Estimated and validated by Zawadzki and Taylor (2004)
|
|
k46 |
0.02335 µM−1.s−1
|
Estimated using data from Figure 1c,d
|