Sandbox Reserved 1653: Difference between revisions
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The <scene name='86/868186/Ctd_trimeric/1'>CTD</scene> is a trimeric structure and is a part of the pore module of piezo channel. The CTD interacts with the long <scene name='86/868186/Anchor/1'>anchorα</scene>, and forms a hydrophobic interface. This forms a tripartite interaction with the <scene name='86/868186/E_dans_ctd/1'>glutamate-rich regions of the CTD</scene><ref name="mechanogating"> DOI 10.1038/nature25743 </ref> | The <scene name='86/868186/Ctd_trimeric/1'>CTD</scene> is a trimeric structure and is a part of the pore module of piezo channel. The CTD interacts with the long <scene name='86/868186/Anchor/1'>anchorα</scene>, and forms a hydrophobic interface. This forms a tripartite interaction with the <scene name='86/868186/E_dans_ctd/1'>glutamate-rich regions of the CTD</scene><ref name="mechanogating"> DOI 10.1038/nature25743 </ref> | ||
It forms an intracellular vestibule along the z-axis, and it is essential for ion permeation properties. More precisely, the pore module of | |||
Piezo channels comprises the C-terminal region from residues 2172 to 2547.<ref name="architecture"> DOI 10.1038/nature15247 </ref> The CTD triangular plane has a beam-facing side of the triangular, and it is separated into two surfaces with negative and positive electrostatic potentials.<ref name="mechanogating"/> | Piezo channels comprises the C-terminal region from residues 2172 to 2547.<ref name="architecture"> DOI 10.1038/nature15247 </ref> The CTD triangular plane has a beam-facing side of the triangular, and it is separated into two surfaces with negative and positive electrostatic potentials.<ref name="mechanogating"/> | ||
