For estimating the effect of alignment shifts in models with otherwise correct fold and stereochemistry, we created pseudomodels starting from the original protein structure and introducing threading errors of increasing magnitude for different representative structure architectures from CATH (Cuff et al., 2011).
This review discusses the design of polymers with tailored structure, architecture, and functionality for stereolithography, while maintaining chemical, biological, and mechanical properties to mimic a broad range of soft tissue types.
It is important to note that in our analysis we didn't require the preservation of the structure architecture itself, but analyzed a preference for folding strength while permitting unconstrained variability in the underlying secondary structure (e.g. [ 44] ).
Adopting a similar structure to Architecture for Humanity, Ms. Pilloton encouraged empathetic designers to form local "chapters," which identify humanitarian design problems, then work with other chapters to develop solutions that, ideally, can be adapted for use elsewhere.
This paper presents a structure and architecture for automatic simulation model generation (for very detailed simulation models intended to be used for real-time simulation-based shop floor control).
The structure of the reduced enzyme at 2.1 Å (0.21 nm) resolution reveals that the catalytic thiol groups are widely separated [19 Å (0.19 nm)] and thus unable to form a disulphide bond without a large conformational change in the secondary-structure architecture, as reported for certain plant GPXs.
In this paper, we show by using statistical modeling and processor layout considerations, that a fixed-length block structured architecture is a viable architectural paradigm for future microprocessors in future technologies thanks to the introduction of decentralization and a reduced register file pressure.
The purpose of this study was to compare the elastic properties and size of tendinous structures and muscle architecture for knee extensors and plantar flexors in boys and men.
This work demonstrates that the Bi2WO6 hierarchical three-dimensional structure is an excellent architecture for the loading of Ag2O nanoparticles to build a highly efficient photocatalyst.
The structure reveals a novel architecture for a Fe-S domain protein, rationalises several biochemical and genetic observations concerning the eukaryotic primase and provides unexpected clues about the mechanism of RNA primer synthesis in eukaryotic replication.
