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The growth of three– dimensional protein crystals is seeded by two – dimensional crystals formed on lipid layers. Such crystallization occurs faster and at lower precipitant and protein concentrations ...
substrates are commonly used to control nucleation and growth in metal and semiconductor crystals , their use in protein epitaxy has been limited by the lack of substrate structures commensurate with protein ...
science and technology. Recently, joint research of Kaihui Liu, Dapeng Yu and Enge Wang from Peking University and co-workers developed a new strategy to realize the ultrafast epitaxial growth of metre ...
microscope give information about the zeolite- crystal - growth mechanism, and an energy for unstitching a building-unit from a crystal surface is directly observed by an anatomic force microscope. It is argued ...
in order from the high-temperature to low-temperature region. The irradiation-induced C-A-C transition and crystal growth can be explained by a schematic Gibbs free energy-temperature diagram shown in Fig ...
a three- dimensional model of the CesA8 CatD by combining experimental structural information from SAXS-derived solution structures of the recombinant CesA8 CatD and P-CR and the crystal structure of the P ...
structures that feature a common centre of growth (CoG) from which acicular crystals radiate more or less uniformly outwards until the crystal aggregate forms a sphere. They are therefore called spherulites ...
is necessary for reducing the aforementioned issues, has not yet been found, one which is durable and readily made. With regard to ice growth on glass, antifreeze protein (AFP) from ocean pout (molecular weight ...
). Aspartic acid-rich proteins have been suggested to act as an organic template for epitaxial crystal growth [66, 67]. It is tempting to speculate that the three additional domains only present in adult mantle ...
science from the middle of the last century, scientists have come to realize that even different faces of the same crystal could have a significantly different distribution of valence electrons due ...
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