Nav protein expression |
Higher |
Lower |
Guinea pig |
4 |
[1] |
Maximum membrane i
pNa conductance |
Table 6
|
i
pNa
|
Higher |
Lower |
Dog |
37 |
[43] |
i
Kr
, i
Ks
|
Lower |
Higher |
Guinea pig |
35 ± 1 |
[11] |
i
Kr
, i
Ks current–voltage parameters |
Table 6
|
i
NaCa
|
Lower |
Higher |
Dog |
37 |
[44] |
Maximum i
NaK, current |
Table 6
|
Mouse |
37 |
[18] |
DHPα1
|
Higher |
Lower |
Guinea pig |
4 |
[3] |
Membrane permeability for Ca2+ through L-type channels, maximum membrane i
bCa conductance |
Table 6
|
Ca2+ release from the SR |
Lower |
Higher |
Guinea pig |
4 |
[3] |
Sensitivity of the binding sites of ryanodine receptors to the cytosolic Ca2+
|
Table 7
|
SERCA2 |
Lower |
Higher |
Dog |
4 |
[38] |
Rate constant of SERCA Ca2+ uptake |
Table 7
|
Guinea pig |
4 |
[3] |
Human |
4 |
[13] |
Passive stiffness |
Higher |
Lower |
Guinea pig |
26–27 |
[9] |
Scaling coefficient for passive force |
Table 8
|
Rat, ferret |
24–27 |
[5] |
Rate constant of Xb cycling |
Lower |
Higher |
Guinea pig |
22 |
[8] |
Rate constant for Xb attachment, Xb attachment-detachment ratio coefficient |
Table 8
|
Pig |
22 |
[7] |
Ca2+ sensitivity of force |
Higher |
Lower |
Guinea pig |
22 |
[8] |
Degree of the RU end-to-end cooperativity |
Table 8
|