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| Name = Ascorbate ferrireductase (transmembrane) '''Ascorbate ferrireductase (transmembrane)''' ({{EC number|1.16.5.1}}, ''[[cytochrome b561]]'') is an [[enzyme]] with ...

...reated, maintained, or controlled: lipid composition, shaped transmembrane proteins, protein motif insertion/BAR domains, protein scaffolding, and cytoskeleton ...rg_2006">{{cite journal | vauthors = Zimmerberg J, Kozlov MM | title = How proteins produce cellular membrane curvature | journal = Nature Reviews. Molecular C ...

...esis at the division site. The divisome is a membrane protein complex with proteins on both sides of the cytoplasmic membrane. In [[Gram-negative bacteria|gram ...-positive bacteria]] (such as ''[[Bacillus subtilis]]''), although not all proteins are conserved across bacteria.<ref name=":0">{{Cite journal|last1=den Blaau ...

...ffinity]] and [[Chemical specificity|specificity]]. Specificity means that proteins distinguish the highly specific binding partner from less specific partners ...ugh there are many different ligands located outside of the cell, membrane proteins are specific, and only certain ligands will bind to each one. That is why e ...

...nergy traps. The conformational changes are stimulated by a combination of transmembrane proton gradient, the [[photosystem II]] subunit S ([[Photoinhibition#The Ps ...

...sulfur cluster]] containing subunit and one or two [[Transmembrane protein|transmembrane]] subunits with quinone binding sites and heme binding sites if applicable. ...by two genes, narL a gene that encodes for [[nitrate reductase]] regulator proteins and narX that encodes for a nitrate sensor protein.<ref>{{cite journal | va ...

[[Category:Transmembrane proteins]] ...

...10.1063/1.3582336 |title=Anomalous diffusion of oligomerized transmembrane proteins |year=2011 |last1=Schmidt |first1=Ulrich |last2=Weiss |first2=Matthias |jou ...

...n channels with similar electrophysiological configurations of ion channel proteins.<ref name="Sansom-1991" /><ref name="Huang-1996">{{Citation |last=Huang |fi ...

...ion behaviour of [[Crystallin#Beta and gamma crystallin|gamma-crystallin]] proteins from lens [[Epithelium|epithelial]] cells and [[cataract]]s in solution,<re ...| vauthors = Sear RP | title = Phase separation of equilibrium polymers of proteins in living cells | journal = Faraday Discussions | volume = 139 | pages = 21 ...

...or Saturation of Ion Conductivity in Transmembrane Channels|title=Membrane Proteins: Structures, Interactions and Models|volume=25|series=The Jerusalem Symposi ...

...ardiac cells have a cardioprotective mechanism, and the targeting of these proteins in this context leads to the cardiotoxicity associated with [[Trastuzumab|H ...math>is the capacitance of the cellular membrane, <math>I_{ion}</math> the transmembrane ionic current, <math>\Omega</math> and <math>\partial\Omega</math> are the ...

...by transducing [[chemical energy]] into [[mechanical energy]]. These motor proteins are classified as [[myosin]]s, [[kinesin]]s, or [[dynein]]s. Myosin motors ...les]]. These are made from secreted slimy or sticky [[polysaccharide]]s or proteins that provide protection for the cells and are in direct contact with the en ...

...8|2=round|size=150}} Pink:</td><td>[[coronavirus envelope protein|envelope proteins]] (E)</td></tr> ...|2=round|size=150}} Green:</td><td>[[coronavirus membrane protein|membrane proteins]] (M)</td></tr> ...

...by transducing [[chemical energy]] into [[mechanical energy]]. These motor proteins are classified as [[myosin]]s, [[kinesin]]s, or [[dynein]]s. Myosin motors ...cle movement. For instance, lipid vesicles integrated with enzymes such as transmembrane adenosine 5’-triphosphatase, membrane-bound acid phosphatase, or urease exh ...