Sentence examples for locus of application from inspiring English sources

Biocompatibility of a material has to be adapted to the specific properties of the locus of application that are the type of tissue and the composition of extracellular fluid or the blood being in contact with the surface.

This view works well in veridical perception: the locus of concept application is always the public object of perception, like the apple and its properties.

Our spontaneous conceptual reaction also follows this pattern: there is a marked difference in the locus of concept application or conceptual identification between standard exteroception and pain.

Hence the locus of concept application are the pain experiences, even though it might seem to us as if we were applying the concept of pain to bodily locations (see below).

This is to say that they already have a locus of concept application in their theory for the concept of pain: PAIN directly applies to the experience or to its internal direct object, i.e., to either a sense-datum or to its direct awareness.

Through trial and error mapping of candidate loci and application of a functional genomics approach, we efficiently identified genes linked to met1.

In particular, AHE loci exemplify a priori selection of loci to maximize both phylogenetic breadth of application and phylogenetic signal, both of which are emerging as key factors [ 1].

The United States is also the headquarters for the developers of the world's two dominant wireless operating systems and the locus of innovation in the applications market.

Recommendations from the standard should be followed, including the use of at least eight core STR loci and application of match criteria (80% match threshold) to allow for a small amount of genetic drift in some cell lines.

On the other hand, since differentiation of SAF1 isolates by 15-locus MIRU-VNTR was mostly limited to one or two loci, application of the standardized 24-locus MIRU-VNTR [ 35] - not used in this study due to financial constraints - may increase the ability to discriminate more MTBC among the clustered SAF1 strains.

The high allelic variability and individual discrimination power found for the 11 microsatellite loci allow application of these markers as powerful tools for future studies on population genetics of A. rosaeodora.