Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ion ...
Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ions and can reduce K+ currents [1-4]. These channels have a homotrimeric three-blade propeller-shaped structure that use a cap-motion and plug-and-latch mechanism to gate their ion-conducting pathways [2-4]. Each protomer consists of 38 TM helices that form unusual non-planar blades, and an extracellular cap-like structure (Pfam:PF12166). This entry represents a TM segment comprising TM33-36 (THU9) and the anchor domain of Piezo proteins, found towards the C-terminal before the cap domain [4].
This domain is found in Piezo-type mechanosensitive ion channel component 1 from mouse (Piezo1), a pore-forming subunit of a mechanosensitive non-specific cation channel that plays key roles in cell adhesion, blood vessel formation and vascular struc ...
This domain is found in Piezo-type mechanosensitive ion channel component 1 from mouse (Piezo1), a pore-forming subunit of a mechanosensitive non-specific cation channel that plays key roles in cell adhesion, blood vessel formation and vascular structure in both development and adult physiology. Piezo1 is a membrane protein with nine repetitive units consisting of four transmembrane helices each, named transmembrane helical units (THUs) that form a highly curved blade-like structure. [1]. This entry represents one of the THUs of Piezo1.
Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ion ...
Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ions and can reduce K+ currents [1-4]. These channels have a homotrimeric three-blade propeller-shaped structure that use a cap-motion and plug-and-latch mechanism to gate their ion-conducting pathways [1-4]. Each protomer consists of 38 TM helices that form unusual non-planar blades, and an extracellular cap-like structure (Pfam:PF12166). This entry represents the N-terminal TM segment (TM1-24) which are peripheral part of the blade and exhibit a greater degree of flexibility of these helices relative to TM25-TM36, as apparently, they do not have intracellular supporting structures [1].
Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ion ...
Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ions and can reduce K+ currents [1-4]. These channels have a homotrimeric three-blade propeller-shaped structure that use a cap-motion and plug-and-latch mechanism to gate their ion-conducting pathways [1-4]. Each protomer consists of 38 TM helices (referred to THUs) that form unusual non-planar blades, and an extracellular cap-like structure (Pfam:PF12166). This entry represents TM25-28, found in the central region of these proteins, following Pfam:PF24871 and associated with Pfam:PF12166 at the C-terminal.
This is an extracellular domain at the C-terminus of Piezo, or FAM38 mechanosensitive non-specific cation channel proteins [1,2]. Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li ...
This is an extracellular domain at the C-terminus of Piezo, or FAM38 mechanosensitive non-specific cation channel proteins [1,2]. Piezo is a family of proteins that form mechanosensitive non-specific cation channels whose conductance is higher for Li+, intermediate for Na+ and lowest for Li+. Divalent ions except for Mn2+ permeate the channel but more slowly than monovalent ions and can reduce K+ currents [1-4]. These channels have a homotrimeric three-blade propeller-shaped structure that use a cap-motion and plug-and-latch mechanism to gate their ion-conducting pathways [2-4]. Each protomer consists of 38 TM helices that form unusual non-planar blades, and an extracellular cap-like structure, the latter represented in this entry [2-4,6]. This domain is embedded in the centre of the trimer and may control the transmembrane constriction site suggested to act as a transmembrane gate [6]. This domain adopts a distinctive beta-sandwich fold [2-6].
