Potassium Channel: Difference between revisions

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==Page Development==
==Page Development==
This article was developed based on lectures given in Chemistry 543 by Prof. Clarence E. Schutt at Princeton University.
This article was developed based on lectures given in Chemistry 543 by Prof. Clarence E. Schutt at Princeton University.
'''Potassium channels''' (KCh) are subdivided into voltage-gated KCh and calcium-dependent KCh.  The latter are subdivided into high- (BK, LKCa), intermediate- and small-conductance KCh (human SK1, rat SK2, SKCa).  The T1 domain is a highly conserved N-terminal domain which is responsible for driving the tetramerization of the KCh α subunit.  The inward rectifier KCh (IRK) passes current more easily in the inward direction.  MthK is a calcium-dependent KCh from ''Methanobacterium thermoautrophicum''.


== 3D structures of Potassium Channels==
== 3D structures of Potassium Channels==


''Update February 2013''
''Update February 2013''
'''Potassium channels''' (KCh) are subdivided into voltage-gated KCh and calcium-dependent KCh.  The latter are subdivided into high- (BK, LKCa), intermediate- and small-conductance KCh (human SK1, rat SK2, SKCa).  The T1 domain is a highly conserved N-terminal domain which is responsible for driving the tetramerization of the KCh α subunit.  The inward rectifier KCh (IRK) passes current more easily in the inward direction.  MthK is a calcium-dependent KCh from ''Methanobacterium thermoautrophicum''.


[[1wlj]], [[2wlh]], [[2wli]], [[2wlj]], [[2wlm]], [[2wln]], [[2wlo]] - MmKCh - ''Magnetospirillum magnetoacticum''<br />
[[1wlj]], [[2wlh]], [[2wli]], [[2wlj]], [[2wlm]], [[2wln]], [[2wlo]] - MmKCh - ''Magnetospirillum magnetoacticum''<br />