AFM observation of single, functioning ionotropic glutamate receptors reconstituted in lipid bilayers. by Kasai, N, Ramanujan, C, Fujimoto, I, Shimada, A, Ryan, J, Torimitsu, K

Photogenerated reagents for membrane labeling. 1. Phenylnitrene formed within the lipid bilayer. by Bayley, H, Knowles, JR

“…Phenyl azide itself is further compromised as a lipophilic reagent by its rather low partition coefficient into lipid bilayers, as measured by equilibrium dialysis.…”

Using Hydrodynamic Forces to Trap and Study Membrane-Associated Molecules in Lipid Bilayers by Joensson, P, Jonsson, B, Chang, V, Davis, S, Klenerman, D

Structural basis for substrate specificity and regulation of nucleotide sugar transporters in the lipid bilayer by Parker, J, Corey, R, Stansfeld, P, Newstead, S

Label-free tracking and mass measurement of single protein complexes on lipid bilayers by Foley, EDB

“…Here, we aim to expand the applications of mass photometry to proteins on lipid bilayers, and to increase the concentration range of solution-based measurements.…”

Chapter 1 Ion Permeability of Membranes. From Lipid Bilayers to Biological Membranes by Bernhardt, I, Ellory, J, Gibson, J, Wilkins, R

“…The residual permeability of biological membranes appears to be about 2 orders of magnitude greater than that of artificial lipid bilayers. An important caveat here is the existence of unknown pathways yet to be described. …”

AFM structural observation of an ionotropic glutamate receptor reconstituted into artificial lipid bilayer by Kasai, N, Ramanujan, C, Fujimoto, I, Shimada, A, Ryan, J, Torimitsu, K

Peptide nanopores and lipid bilayers: interactions by coarse-grained molecular-dynamics simulations. by Klingelhoefer, J, Carpenter, T, Sansom, MS

“…A set of 49 protein nanopore-lipid bilayer systems was explored by means of coarse-grained molecular-dynamics simulations to study the interactions between nanopores and the lipid bilayers in which they are embedded. …”

STRUCTURAL OBSERVATION OF A SINGLE, RECONSTITUTED IONOTROPIC GLUTAMATE RECEPTOR IN LIPID BILAYER by Kasai, N, Ramanujan, C, Baranovic, J, Shinozaki, Y, Shimada, A, Sumitomo, K, Ryan, J, Torimitsu, K

Label-free tracking and mass measurement of single protein complexes on lipid bilayers by Foley, EDB, Kushwah, MS, Young, G, Kukura, P

Analysing steroid modulation of BK(Ca) channels reconstituted into planar lipid bilayers. by De Wet, H, Lippiat, J, Allen, M

Nonequilibrium self-organization of lipids into hierarchically ordered and compositionally graded cylindrical smectics by Ho, James Chin Shing, Su, Wan-Chih, Wang, Xuan Chun, Parikh, Atul N., Liedberg, Bo

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Lamellar diffraction from lipid bilayers on MIRA, a triple axis spectrometer at the MLZ by Garvey Christopher J., Skoulatos Markos, Georgii Robert

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Insights into the structure and function of the human organic anion transporter 1 in lipid bilayer membranes by Angelika Janaszkiewicz, Ágota Tóth, Quentin Faucher, Marving Martin, Benjamin Chantemargue, Chantal Barin-Le Guellec, Pierre Marquet, Florent Di Meo

“…Moreover, hOAT1 model was embedded in different lipid bilayer membranes highlighting the crucial structural dependence on lipid-protein interactions. …”
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Lytic and non-lytic permeabilization of cardiolipin-containing lipid bilayers induced by cytochrome C. by Jian Xu, T Kyle Vanderlick, Paul A Beales

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Stabilization of functional recombinant cannabinoid receptor CB(2) in detergent micelles and lipid bilayers. by Krishna Vukoti, Tomohiro Kimura, Laura Macke, Klaus Gawrisch, Alexei Yeliseev

“…The purified CB(2) reconstituted into lipid bilayers retained functionality for up to several weeks enabling high resolution structural studies of this GPCR at physiologically relevant conditions.…”
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Corrigendum: Reconstitution of phase-separated signaling clusters and actin polymerization on supported lipid bilayers by Xiaohang Cheng, Maria F. Ullo, Lindsay B. Case

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Dry Two-Step Self-Assembly of Stable Supported Lipid Bilayers on Silicon Substrates by Marcelo A. Cisternas, Francisca Palacios-Coddou, Sebastian Molina, Maria Jose Retamal, Nancy Gomez-Vierling, Nicolas Moraga, Hugo Zelada, Marco A. Soto-Arriaza, Tomas P. Corrales, Ulrich G. Volkmann

Subjects: “…supported lipid bilayers…”
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Multi-Stacked Supported Lipid Bilayer Micropatterning through Polymer Stencil Lift-Off by Yujie Zhu, Ahmed Negmi, Jose Moran-Mirabal

Subjects: “…stacked supported lipid bilayer…”
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Calcium Signaling in T Cells Is Induced by Binding to Nickel-Chelating Lipids in Supported Lipid Bilayers by Tommy Dam, Victoria Junghans, Jane Humphrey, Manto Chouliara, Peter Jönsson

“…Supported lipid bilayers (SLBs) are one of the most common cell-membrane model systems to study cell-cell interactions. …”
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