a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|
a Eq.1, b Eq. 3, c
Eq. 4, d Eq. 2
e Results were calculated with \(k_{+4}\) = 195.15
s-1.
f A term representing \({}^{\text{app}}K_{i,G1P}\)
in Eq. 2 cannot be isolated from the rate equation of M3.
|