Molecular Biophysics Images
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 PcrA helicase complex A prototype molecular motor translocating along ssDNA: PcrA helicase in complex with DNA and ATP (info) (request) |
 Japanese Lantern Protein Mechanosensitive channel of small conductance MscS (info) (request) |
 E.coli GlpF and AqpZ Free energy profiles reveal a much larger barrier for glycerol permeation in AqpZ than the GlpF (info) (request) |
 Spinach aquaporin SoPIP2;1 The open (yellow) and closed (green) state of the water channel SoPIP2;1 in spinach (info) (request) |
 bR and Purple Membrane Bacteriorhodopsin (bR) and the purple membrane (info) (request) |
 Estrogen Receptor Estrogen Receptor dimer - DNA complex (info) (request) |
 Multiscale simulation of LacI-DNA complex Multiscale modeling of protein-DNA complexes: Structural dynamics of the lac repressor-DNA loop complex. (info) (request) |
 LacY Lactose permease (LacY) is an integral membrane protein that uses the cell membrane's proton gradient for import of lactose. (info) (request) |
 Membrane Water channels Water permeation through membrane water channels (info) (request) |
 Silica Nanopore Ionic conduction through amorphous nano-meter size silica pore (info) (request) |
 Nanotube Nanotubes have high polarizability due to the mobility of π-electrons over the tube walls (info) (request) |
 Titin Z1Z2-Telethonin Complex Anchoring the elastic protein titin to ends of muscle fibers, telethonin serves as an anchor from which the complex can stretch against. (info) (request) |
 Satellite tobacco mosaic virus Full structure of satellite tobacco mosaic virus, complete with protein, RNA, ions, and a small water box (info) (request) |
 STMV RNA Crystal structure of the RNA from satellite tobacco mosaic virus, with an artificial nucleic acid sequence. Adenine residues are shown in yellow, and uracil in red. (info) (request) |
 ATP Synthase F1 ATP Synthase F1 Unit with stalk rotation axis (info) (request) |
 Metal Oxide Semiconductor Nanopore Nano-meter size pore driled into a MOS membrane (info) (request) |
 The fifth pore in AQP1 The proposed tetrameric ion pore and four monomeric water pores in Aquaporin-1 (info) (request) |
 Tetrameric aquaporin Top view of a membrane-embedded, tetrameric model of GlpF in POPE (info) (request) |
 High Density Lipoprotein Predicted structure of apolipoprotein A-I in reconstituted high density lipoprotein disks (info) (request) |
 HDL & Nanodiscs Double-belt model discoidal high-density lipoproteins which can be used as platforms for embedding membrane proteins (info) (request) |
 Importin-β FG-repeat nucleoporin binding to the surface of importin-β (info) (request) |
 Holliday junction and endonuclease Model of the complex formed between a proposed tetrahedral Holliday junction and a T7 endonuclease I before resolution (info) (request) |
 LOV domain Molecular view of the Light, Oxygen, and Voltage domain of C. reinhardtii (info) (request) |
 Catalytic Core of PcrA The catalytic core region of PcrA shows high structural similarity to that of F1 ATPase (info) (request) |
 Protein Conduction The membrane channel SecY opens for a short incoming protein helix. (info) (request) |
 Lipoprotein assembly Two amphipathic apolipoprotein A-I proteins gathering lipids to form a discoidal HDL particle. (info) (request) |
 GB1 protein Modeling of the GB1 protein in its crystallopgraphically resolved symmetry. (request) |
 SecYE&beta The protein conducting channel SecYEβ shown in a lipid membrane surrounded by water. (info) (request) |
 Ribosome All-atom model of the T. thermophilus ribosome. (info) (request) |
 Potassium Channel Kv1.2, a voltage-gated potassium channel in a lipid membrane. (info) (request) |
 Lipoprotein All-atom vs coarse-grained model of a high-density lipoprotein. (info) (request) |
 Satellite tobacco mosaic virus capsid Collapse of the Virus capsid when the RNA core is replaced by water. (info) (request) |
 Poliovirus All-atom model of the polivirus capsid with 60 receptors bound to the capsid. (request) |
 LacY Lactose permease (LacY), a membrane protein that translocates sugars outside-in. A lactose molecule is shown at the binding site. (info) (request) |
 BAR domain A single BAR domain generates local membrane curvature. (request) |
 Sculpting membrane by BAR domains Multiple BAR domains work collectively to produce global membrane curvature. (request) |
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