Sentence examples for blocks for the assembly from inspiring English sources
In nature, protein molecules have evolved as building blocks for the assembly of diverse and complex structures, many of which exhibit a high degree of symmetry.
In this review, the synthetic strategy and building blocks for the assembly of high-nuclearity lanthanide clusters are outlined based on recently reported high-nuclearity lanthanide clusters.
In this review, we provide a state of the art survey how S-layer proteins, lipids, and polysaccharides may be used as basic building blocks for the assembly of S-layer supported lipid membranes.
With the development of nanotechnology, low dimensional nanostructures are desired nanobuilding blocks for the assembly of various electronic and optical nanodevices to realize their potential applications [1 4].
The results reveal that the straight ZnO nanowires reported here can serve as building blocks for the assembly of nanodevices for applications in nanoscale science and technology.
According to Bonissone (2012), a multi-criteria decision making process is followed in order to (1) create the model by pre-selecting the initial building blocks for the assembly and compiling their meta-information, which is an off-line phase, and (2) perform dynamic model assembly, where the best subset of models for a given query is selected on-line, i.e. during runtime.
The basic building block for the assembly of IFs is a rod-like, 60-nm-long tetrameric complex made from two antiparallel, half-staggered coiled coils.
Nanoparticles with "sticky patches" have long been proposed as building blocks for the self-assembly of complex structures.
The dm3-centric alignments of coding sequences for each gene were extracted by "Stitch Gene blocks" (version 1.0.1) from the "Fetch Alignments" menu without splitting into gapless MAF blocks for the following assemblies of species from Sophophora subgenus: dm3, droSim1, droYak2, droEre2, droAna3, dp4, droPer1, and droWil1.
Recently, heteronanostructures of various functional materials have attracted increasing attention in materials chemistry and nanoscience because of their many desirable properties, which can be tailored by fine-tuning the composition, morphology, size and self-assembly of nanosized building blocks for the fabrication of functional electronic and photonic devices [5 9].
The synthesized particles were adopted as building blocks for the fabrication of clusters or supraparticles by evaporation-driven self-assembly using water-in-hexadecane emulsions as confining geometries.
