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Search for "protein assembly" in Full Text gives 3 result(s) in Beilstein Journal of Nanotechnology.

Alcohol-perturbed self-assembly of the tobacco mosaic virus coat protein

Ismael Abu-Baker and
Amy Szuchmacher Blum

Beilstein J. Nanotechnol. 2022, 13, 355–362, doi:10.3762/bjnano.13.30

alcohol having the strongest effect and methanol the weakest. We discuss several effects that may contribute to preventing the protein–protein interactions between disks that are necessary to form helical rods. Keywords: alcohol; hydrophobic effect; protein assembly; self-assembly; tobacco mosaic virus

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Figure 1: TEM image showing disk, stacked disk, and helical rod particles.

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Figure 2: Comparison of TEM images (top) and DLS data (bottom) for TMV-cp assembled under different pH and et...

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Figure 3: TEM images comparing TMV-cp assembled at pH 5.5 in different concentrations of ethanol. (A) no addi...

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Figure 4: TEM images comparing TMV-cp particles assembled in 5.0 mol % ethanol at different pH values. (A) pH...

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Figure 5: TEM images of TMV-cp assembled at pH 5.5 in the presence of different alcohol additives. (A) 5.0 mo...

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Figure 6: PyMOL [47] schematic showing (A) one face of the disk and (B) the side view of two layers of the disk. ...

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Full Research Paper

Published 01 Apr 2022

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Materials nanoarchitectonics at two-dimensional liquid interfaces

Katsuhiko Ariga,
Michio Matsumoto,
Taizo Mori and
Lok Kumar Shrestha

Beilstein J. Nanotechnol. 2019, 10, 1559–1587, doi:10.3762/bjnano.10.153

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Figure 1: Various low-dimensional materials (zero-dimensional, one-dimensional, and two-dimensional materials...

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Figure 2: Outline of nanoarchitectonics strategies to obtain structures and functions through the manipulatio...

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Figure 3: Systematic studies on binding constants for phosphate and guanidinium in different aqueous environm...

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Figure 4: A model for calculations of the binding constant between guanidinium and phosphate at the air–water...

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Figure 5: Formation of two-dimensional patterned structures using flavin adenine dinucleotide (FAD), which ca...

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Figure 6: Formation of two-dimensional arrays of nanodisk-like assemblies via touching transfer of a monolaye...

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Figure 7: Difference of one-dimensional assemblies of an oligo(p-phenylenevinylene) derivative formed in diff...

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Figure 8: Formation of one-dimensional supramolecular polymerization of DNA origami pieces upon repeated mech...

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Figure 9: Formation of a two-dimensional iron–nickel cyanide-bridged network at the air–water interface throu...

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Figure 10: Fabrication of a multilayer of oriented porphyrin-based MOF films by repeatingly transferring and w...

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Figure 11: Electrochromic bis(terpyridine)metal complex MOF nanosheets formed through coordination of terpyrid...

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Figure 12: Aqueous solutions of multi-amino-substituted monomers with p-toluene sulfonic acid were layered on ...

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Figure 13: Confined polymerization at the interface by spatially segregating a catalyst from the COF monomers....

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Figure 14: Fabrication of two-dimensional nanocarbon films from a carbon nanoring molecule (9,9′,10,10′-tetrab...

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Figure 15: Liquid–liquid interfacial precipitation to fabricate fullerene assemblies (crystals) with various m...

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Figure 16: Conversion of one-dimensional C₆₀ nanotubes precipitated at liquid-liquid interface to one-dimensio...

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Figure 17: Nanoporous bitter-melon-shaped C₆₀ crystals with face-centered cubic lattice fabricated through liq...

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Figure 18: Two-dimensional C₆₀ hexagonal nanosheets with hierarchic pore systems of macropores and mesopores p...

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Figure 19: Synthesis of two-dimensional mesoporous C₆₀-based carbon microbelts by liquid–liquid interfacial pr...

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Figure 20: Highly integrated three-dimensional Bucky cubes synthesized by liquid–liquid interfacial precipitat...

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Figure 21: Three-dimensional cubic structures can be fabricated from C₇₀ molecules through an ultrasound-assis...

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Figure 22: Hole-in-cube structures made from C₇₀ molecules with hole closing and re-opening and particle-trap ...

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Figure 23: Time-dependent shape shift of co-assemblies of two fullerene derivatives, pentakis(phenyl)fullerene...

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Figure 24: A monolayer of glucose oxidase complexed with a cationic lipid was transferred onto a surface of an...

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Figure 25: Cultures, organizations, and differentiation controls of living cells a liquid-liquid interface bet...

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Figure 26: Human mesenchymal stem cells at the interface between aqueous medium and fluorocarbon phase with se...

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Figure 27: One-dimensional C₆₀ nanowhiskers with controlled alignment and curvature fabricated by a vortex LB ...

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Figure 28: Highly aligned arrays of C₆₀ nanowhiskers obtained by using a LB method with reciprocal motion in o...

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Review

Published 30 Jul 2019

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Impact of surface wettability on S-layer recrystallization: a real-time characterization by QCM-D

Jagoba Iturri,
Ana C. Vianna,
Alberto Moreno-Cencerrado,
Dietmar Pum,
Uwe B. Sleytr and
José Luis Toca-Herrera

Beilstein J. Nanotechnol. 2017, 8, 91–98, doi:10.3762/bjnano.8.10

of the protein assembly leads to a full coverage of the surface (right). This film appears as a crystalline coating with regular square-like (p4) lattice, with four SbpA sub-units involved, as shown in the AFM height image. The scale bar corresponds to 25 nm. (a) Schematic view of a Gram positive

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Figure 1: General scheme of SbpA protein S-layer crystal formation on a planar substrate: (left) the initial ...

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Figure 2: (a) Schematic view of a Gram positive bacterium with a magnified view of the surface structure show...

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Figure 3: Df plots representing the binding of SbpA onto the SCWP film. The color scales indicate the elapsed...

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Figure 4: (a) Time evolution of Δf and ΔD for the injection of SbpA protein on both hydrophilic and hydrophob...

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Figure 5: (a) Df plot comparing the binding of SbpA onto SCWP and hydrophobic SiO₂ for the initial 10 min. (b...

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Figure 6: Atomic force amplitude micrographs (700 × 700 nm²) showing the surface topography of SbpA recrystal...

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Full Research Paper

Published 11 Jan 2017

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