Sentence examples for path the locus from inspiring English sources

Edge-loading was defined to occur when the 'force path' (the locus of the force vector intersection with the acetabular component throughout the load bearing) was within a distance ≤ 10% of the radius from the edge of the component (i.e. the zone at the edge of the acetabular component designated as zone 1) (Fig. 2).

Comparisons between R genes from the R2 locus in tomato and cultivated and wild potato have allowed us to describe the divergent evolutionary path of the locus in these lineages (Fig.  4).

Using dynamic programming, it enumerates heavily weighted paths through the locus graph in decreasing order of coverage, until either all the contigs of the locus are covered, or a specified number of transcripts is produced (by default 10).

The initializing event of the latter path, 17q, is the locus of ERBB2, a well-known oncogene; typically gains of this chromosome correspond to a poor prognosis (Buerger et al., 1999).

As a plane curve it may be defined as the path (locus) of a point moving so that the ratio of the distance from a fixed point (the focus) to the distance from a fixed line (the directrix) is a constant greater than one.

As a plane curve, it may be defined as the path (locus) of a point moving so that its distance from a fixed line (the directrix) is equal to its distance from a fixed point (the focus).

We assume that ψ i, i+1) is not equal to zero if and only if the realized inheritance path at locus i + 1 is the same as the realized inheritance path at locus i, which basically means there are no recombination events along the inheritance path between these two loci.

This evaluation for the relay R B is presented in Fig. 7a, in which the locus follows the path "AB".

CPTI-03513 falls in the pathetic (path) locus and is found both in the cytosol and in a centrosome-like enrichment.

The influence of the loading path on the failure locus of a composite lamina subjected to transverse compression and out-of-plane shear is analyzed through computational micromechanics.

This chapter reviews the various failure mechanisms responsible for failure and the rationale of the need for surface specific methods of chemical analysis to identify the failure path (locus of failure) exactly.