Sentence examples for morphology in terms from inspiring English sources

We observed a striking rescue of the dystrophic muscle morphology in terms of reduced infiltrates, centrally nucleated myofibers, and CSA distribution in Sgca null muscles silenced for Nfix if compared with the contralateral muscles where the main hallmarks of muscular dystrophy already appeared (Fig. 7b f).

It is interpreted as based on a description of the aggregate morphology in terms of the distribution of the crystallographic orientations of the grain boundary and sub-boundary facets, rather than in terms of a mean grain or domain shape.

The BHJ devices with DIO show improved short circuit current (JSC) correlated to the improved device performance, since the DIO in P3HT PC71BM BHJ affects the morphology in terms of the surface roughness and crystal size.

To determine if local stress affects the collagen fibril morphology, in terms of fibril diameter, its distribution, and the fibril density, this was investigated in adult native human aortic valve leaflets.

A similar trend was found with respect to the passaged chondrocytes embedded in the CL gels by estimating the spatial morphology in terms of sphericity (Sc) determined 4 days after seeding.

We discuss possible mechanisms for this unusual morphology in terms of surface effects on the mechanism of phase separation in the ternary polymer-solvent system from which the films are cast.

Different coating morphologies, in terms of pore size and interconnection, were obtained when changing anion and solution pH.

To evaluate the impact of the optimizations on real inputs, we have used 6 different morphologies in terms of size and branches.

In the chick wing, three digits with distinct morphologies, in terms of phalanx number and length, develop across the antero-posterior axis in the pattern 2, 3, and 4 (going from anterior to posterior).

They are very dynamic organelles that can adopt various morphologies in terms of sizes and shapes [ 15].

These findings can therefore correlate the morphology, especially in terms of fullerene agglomerates, vertical concentration profile and percolating structure they formed, with the device performance and provide valuable guidance for optimal morphology design of polymer: fullerene solar cells.