Sentence examples for perturbed structure from inspiring English sources

By allowing economical quantitation of microscopical sections, stereology facilitates interpretations of normal and perturbed structure from the whole organ down to the subcellular levels.

The wide bands at 588, 890, and 1042 cm−1 are the defect-induced first-order Raman bands reflecting the PDOS in the perturbed structure of BDD (Fig. 4a, b and Figure S2, Additional file 1).

The myotendinous junction is the essential force-transmitting component of the musculoskeletal system, and so their perturbed structure could affect force generation in muscles.

It is noteworthy that FadD13 has 7 tryptophan and 16 tyrosine residues; however, mutation of a single tryptophan (Trp377) resulted in almost 80% loss of fluorescence, indicating a highly perturbed structure of this mutant as compared to the native protein (Fig. 8B), which is also substantiated by the absence of a distinct transition in its thermal denaturation pattern (Fig. 8C).

Then, this solution is used to calculate energy residuals on different parts of perturbed structures in order to detect which zones will produce an hypersensitive behavior.

We discuss how a naive approach to compute properties for a large number of perturbed structures and interactions by repeated diagonalization can be replaced with an identity found in linear algebra.

The perturbed structures are reconstructed by applying a 3% velocity reduction to the reference medium at depths of 0 150 m (above the location of the sensor) and 150 m to 50 km (below the location of the sensor) individually.

As it becomes longer, the system begins to exhibit properties of singularly perturbed structures and to localize unpredictably its short buckling waves in boundary layers (see Fig. 5a for frictionless case) or in inner zones with the larger values of compressive axial force (see Fig. 5b for the case of frictional interaction).

Current improved methodologies for ab initio folding are able to generate decoys similar in quality to the previously used perturbed structures.

Our biophysical studies clearly revealed that the structural stability of γD-crystallin was decreased due to acetylation, which was accompanied by a perturbed tertiary structure and native-like secondary structure.

Hence, we proposed a perturbed aperiodic structure, which allows a smaller inter-distance between nanoparticles and so attaining the highly enhancement of the Raman scattering.