Key result
The crystal structure of the prokaryotic KirBac1.1 channel in the closed state was refined to 3.65 angstroms, identifying the main activation gate and structural elements involved in gating.
Authors
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Structural details of prokaryotic Kir gating extend channel biophysics; leaves open translation to human cardiac Kir function or therapy.
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Kuo et al. (2003) studied this question. The crystal structure of the prokaryotic KirBac1.1 channel in the closed state was refined to 3.65 angstroms, identifying the main activation gate and structural elements involved in gating.
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