Sentence examples for structurally inherent from inspiring English sources

Although he was opposed to virtuosity for its own sake, Weese used new or indigenous materials as well as new or structurally inherent designs for dramatic effect; for example, the bronze-coloured glass windows of Chicago's Time-Life Building (1969), which act as reversible one-way mirrors, allow workers to look out in privacy by day and pedestrians to look in at night.

However, by hiding their faces in public the Zapatistas, black blocs, Occupiers and Anonymous groups are making a statement against the corruption and misrepresentation that is structurally inherent to the very form of the party and state as such.

It is challenging to structurally characterize the inherent or intentionally created defects of various types, and there have so far been few efforts to comprehensively discuss these issues.

Despite their ubiquitous nature, the biological consequences of DPC formation have not been fully elucidated, probably a result of their inherent structural complexity and the limited availability of structurally defined DPC substrates.

However the extent to which NK cell contribution derived from mice studies can be extended to humans is notably limited by the inherent expression of independently evolved and structurally unrelated set of MHC class I-specific NK cell receptors belonging to the C-type lectin-like family as opposed to the immunoglobulin-like family in humans (Parham, 2005).

The pyrolysis of lignocellulose is very complex, due primarily to the inherent complexity of the substrate, which changes continuously both chemically and structurally, throughout the decomposition process.

The results of this study confirm the inherent resistance of AML cells to vincristine, but not to the structurally different VLX40.

This finding is encouraging for drug design projects, but it also may reflect the inherent bias toward the determination of ligand bound (i.e. structurally druggable) proteins in the PDB.

The hybrid FRP concrete bridge superstructure systems are intended to have durable, structurally sound, and cost effective hybrid system that will take full advantage of the inherent and complementary properties of FRP materials and concrete.

With this inherent limitation, it may be more promising to perform such experiments on structurally preserved cells in the first place.

Structurally, silica (SiO2) is a particularly interesting oxide due to the ease with which its inherent flexibility can be exploited.