Table 1 Ca²⁺-CaM dissociation constants derived by the different mathematical models.

PhK5

K_{D 1}= 0.24, K_{D 2}= 13

K₁ = 1, Kc₁ = 1, K₂ = 1, Kc₂ = 1

[33]

skMLCK

K_{D 1}= 0.02, K_{D 2}= 0.08

K₁ = 0.04, Kc₁ = 0.02, K₂ = 0.04, Kc₂ = 0.02

sk-N11

K_{D 1}= 0.26, K_{D 2}= 6

K₁ = 1.2, K₂ = 0.5 K₁ = 5, K₂ = 1

sk-C10

K_{D 1}= 3.4, K_{D 2}= 4

K₁ = 0.06, Kc₁ = 0.02, K₂ = 0.06, Kc₂ = 0.02

CaATPase

K_{D 1}= 0.09, K_{D 2}= 0.2

K₁ = 0.15, Kc₁ = 0.05, K₂ = 0.15, Kc₂ = 0.05

ATPase-N18

K_{D 1}= 0.12, K_{D 2}= 3.9

K₁ = 2, Kc₁ = 1, K₂ = 2, Kc₂ = 1

ATPase-C17

K_{D 1}= 0.66, K_{D 2}= 2.4

K₁ = 0.4, Kc₁ = 0.2 K₂ = 2, Kc₂ = 1

CaMKII-cbp

K₁ = 0.5, Kc₁ = 0.5, K₂ = 0.5, Kc₂ = 0.5

[49]

CaMKII

K₁ = 5, Kc₁ = 5, K₂ = 5, Kc₂ = 5

CaM pH = 7.2

K₁ = 0.34, K₂ = 0.36, K₃ = 0.13, K₄ = 0.06

K₁ = 17, Kc₁ = 7, K₂ = 20, Kc₂ = 0.5

[12]

F12

K₁ = 0.142, K₂ = 0.062

K₁ = 17, Kc₁ = 7, K₂ = 17, Kc₂ = 7

F34

K₃ = 0.0543, K₄ = 1.82

K₁ = 20, Kc₁ = 0.5, K₂ = 20, Kc₂ = 0.5

CaM pH = 6

K₁ = 10, Kc₁ = 5, K₂ = 10, Kc₂ = 5

[9]

CaM pH = 10.1

K₁ = 2, Kc₁ = 1.8, K₂ = 2, Kc₂ = 1.8