Molecular Biophysics Images
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![]() SecY Channel Nascent peptide chain diffusion around SecY channel. (info) (request) |
![]() Membrane protein Membrane capturing coagulation protein domain. (info) (request) |
![]() Binary Mixture Vesicle A 10 nm vesicle composed of randomly distributed POPC and POPS lipids (info) (request) |
![]() Micelle Micelle composed entirely of lyso-PC (info) (request) |
![]() Ternary Mixture Planar Bilayer Ternary bilayer composed of 45% POPC, 35% POPS, and 20% POPE randomly distributed in both leaflets (info) (request) |
![]() SNARE Complex SNARE-mediated membrane fusion (info) (request) |
![]() Integrin Integrin alphalbbeta3 ectodomains in bent conformation. (info) (request) |
![]() MscS Discretizing the mechanosensitive channel of small conductance. (info) (request) |
![]() MscS II Mechanosensitive channel of small conductance II. (info) (request) |
![]() MscS I Mechanosensitive channel of small conductance I. (info) (request) |
![]() Protein conduction The membrane channel SecY opens for a short incoming protein helix. (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) |
![]() Japanese Lantern protein Mechanosensitive channel of small conductance MscS (info) (request) |
![]() LacY I Lactose permease (LacY) is an integral membrane protein that uses the cell membrane's proton gradient for import of lactose. (info) (request) |
![]() The fifth pore in AQP1 The proposed tetrameric ion pore and four monomeric water pores in Aquaporin-1 (info) (request) |
![]() SecYE&beta The protein conducting channel SecYEβ shown in a lipid membrane surrounded by water. (info) (request) |
![]() Potassium Channel Kv1.2, a voltage-gated potassium channel in a lipid membrane. (info) (request) |
![]() LacY II Lactose permease (LacY), a membrane protein that translocates sugars outside-in. A lactose molecule is shown at the binding site. (info) (request) |
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