Sentence examples for development of cavities from inspiring English sources

In this work the development of cavities in spherical metal inclusions within a metal ceramic composite and the subsequent influence upon the strength of the composite is investigated.

The damage mechanism consists in localized slip resulting in development of cavities and voids arranged along the planes of highest cyclic shear stress and in formation of surface relief.

Within CZ, the structural fault permeability is associated with the development of cavities generated by (1) dilation, (2) shearing and openings in extensional stepover and (3) microcracking in pre-existing calcite fillings.

Caries in primary molars is a well known predictive factor for the development of cavities in the permanent dentition, particularly in the first molar teeth [ 36, 37].

The development of cavity-like binding sites that recognize haptens has been reported for a number of species including: human [ 21], mouse [ 22], llama [ 23], and rabbit [ 24].

Three radiographic patterns of tumoral cavitation were noted: (1) development of cavity within the dominant lung tumor (n = 8); (2) development of non-dominant cavitary nodules (n = 3); and (3) development of non-dominant cavitary nodules with adjacent interstitial abnormalities (n = 3).

The practical implication of the described caries pattern is not only that the prevalence of caries lesion in one tooth can be treated as a predictive factor of the caries presence in other teeth from the group of similar susceptibility, but also that a severe caries in one tooth increases the risk of the development of deep cavities and further caries consequences in other teeth.

Earlier work in the development of microwave cavities focused on external behavior of empty cavities as components of communication circuits, as well as their utilization in particle accelerators.

The most probable explanation is that at the age of 7-8-years the factors causing dental caries act too short to induce the development of deep cavities in permanent teeth.

In this project, we aim to understand how salivary flow may influence the composition of oral microbial communities, and to identify features of these communities that distinguish states of health from the acute and chronic states of hyposalivation and the subsequent development of dental cavities.

The development of dental cavities requires the colonization of the tooth surface by acid-producing bacteria, such as Streptococcus mutans, in conjunction with the frequent ingestion of a cariogenic high-sucrose diet, the substrate for acid and glucan production by organisms.