lower ATPase activity of SUR2B may result in enhanced duration of the MgADP-bound state, leading to channel activation
38
splicing
4670
-
1549
cardiac and skeletal muscle
2010
20553499
SUR2A
exon 38A
ATPase activity harbored within NBD2 and, to a lesser degree, NBD1, with catalytically driven conformations exerting determinate linkage on the Kir6.2 channel pore
has a lower ATPase activity and a 10-fold lower K(m) for MgATP than SUR2A
-
splicing
4540
-
1513
-
2000
11054556
lack exon 14
-
splicing
-
-
-
brain, kidney, heart, skeletal muscle, small intestine