Sentence examples for more structural alterations from inspiring English sources

At the cellular level, one or more structural alterations such as fiber folds and breaks [ 5], multi lamellar bodies[ 6, 7], extracellular space deposits[ 8, 9], malformed or excessive suture sub-branches[ 10] and syneresis and micro-phase separation of fiber cytoplasm [ 11- 14] may be present in aged lens fibers, and would be expected to play a role in the increased age-related scatter.

These results suggest the possibility that adult asthma could be more severe and persistent than pediatric asthma due to more aggravated structural alterations of the airway even in acute stages of asthma.

The results suggest that SAD may be characterized by altered neural activity in the fear network during fearful face processing and more distributed structural alterations over the whole brain.

These data underline the crucial role of a correctly folded β-barrel for autotransport of EspP, whereas loop regions within the β-domain are more tolerant to structural alterations.

Electron microscopy revealed more pronounced heterogeneous structural alterations in the myocardial tissue of the OLETF rats than in that of the OLETF rats.

In contrast, the FAD-binding and the capping domains of the comparative AprA models showed more structural differences; nevertheless, these alterations were predominantly restricted to certain loop amino acid stretches (e.g. between sec. str.

Major transcriptional changes may occur in the peripheral nervous system affected by DPN, but in more chronic stages when irreversible structural alterations appear.

Similarly, the disordered FlgM protein displays structural alterations toward more folded conformations in intact E. coli cells and in glucose, BSA and ovalbumin-crowded solutions (see section 5.2).

In model DNA replication-relevant architectures (fork, 5′-overhang, and 3′-overhang), dxT was more destabilizing and introduced greater structural alterations when located closer to the 3′-terminus of the damaged ODN.

Previous neuroimaging studies have investigated the brain at the voxel level using mass-univariate methods which do not enable detection of more complex patterns of activity and structural alterations that may separate SAD from healthy individuals.

As more grass plastome sequences became available, these structural alterations have been studied further and the timing of their origin has been discussed (Harris et al. 2013; Katayama and Ogihara 1996; Morris and Duvall 2010).