The phrase "a preferred integration" is correct and usable in written English.
It can be used when discussing a favored method or approach for combining different systems, processes, or components.
Example: "After evaluating several options, we have decided that a preferred integration of the software will enhance our workflow efficiency."
Alternatives: "a favored integration" or "an optimal integration".
Although the chromosomal integration sites identified so far in MCPyV-positive MCCs differ from one another, one study has reported that chromosome 5 is a preferred integration site (Martel-Jantin et al, 2012).
Class 2 TSIPs represent a novel form of insertion polymorphism which do not show TSD, polyA tracks, or a preferred integration site (fig. 4 A and B and supplementary text S1, Supplementary Material online).
The behaviour of these schemes is also compared with that of the fourth order Runge Kutta method, which has been the preferred integration scheme for non-linear systems of a single or a few degrees of freedom.
In the second possibility, the preferred integration of AA could result from an altered regulation caused by ether lipid deficiency, for example, in the production of diacylglycerol.
Electronic Data will jointly market Archive's services with its own, with Electronic Data acting as the preferred integration and infrastructure provider for the privately held Archive, based in Culver City, Calif.
Cost-calculations are required to select the preferred integration method.
Today, however, Apigee announced a number of smaller updates that introduce a few new integrations with the Google Cloud platform, as well as a major new partnership with cloud data management and integration firm Informatica that essentially makes Informatica the preferred integration partner for Google Apigee.
Integration of the viral cDNA into the host cellular genome is a necessary and intensively investigated event in retroviral replication, particularly as concerns the identification of the preferred integration sites.
We also evaluated the gene-level effect of the predicted preferred integration site of Alus, 5'-TTAAAA, on the genome-wide Alu densities using a two-step regression analysis.
Chromosome 18 is very rich in TE and poor in genes (Rouxel et al. 2011), and the lack of T-DNA integration in this chromosome is consistent with the above-mentioned preferred integration in gene-rich genomics regions.
While both Aus0004 and Aus0085 possess transposon insertion sites that differ from those previously described as preferred integration sites [ 47], further analysis may reveal common insertion sites that distinguish the ST17 and ST203 isolates.
