Among genes differentially expressed in Xen-R, the most significant ones were validated by qRT-PCR, including four repat genes (three of them previously undescribed) and one arylphorin gene.
In the simulation study, different algorithms are tested with different initial errors, and the advantages of the proposed method compared to the conventional one are validated by the simulation results.
Of the three possible pre-twinning de novo CNVs that could be included in the qPCR replication study, one was validated on chromosome 15q11.2 in a male concordant-unaffected twin pair (see Supplementary Table 1, Figure 1 and Supplementary Figure 2a).
The results indicate that the modal frequency errors from the simulation and experiment are permissible in respect of engineering and the accuracy of the finite-element model highly matching the real one is validated.
Here, one was validated as CSC-unique, albeit at a low allele frequency (5%).
Quality assessment tools for primary studies of test accuracy are relatively well developed,[ 8] although only one is validated – QUADAS[ 8].
Using our newly developed method, FaST-LMM-Set, we found 16 significant gene sets, of which all but one were validated by the meta-analysis.
Since the "common" group had the highest validation rate, SSCP (Single Strand Conformational Polymorphism) was then carried out for the remaining nine samples in this group; only one was validated.
Quality assessment tools for primary studies of test accuracy are relatively well developed, although only one is validated (QUADAS), but very little work has been done to develop tools to quality-assess studies evaluating the impact of diagnostic testing on management of patients (diagnostic or therapeutic yield).
Then the proposed results for acoustic scattering by one, two and three spheres are validated by using the available analytical method and numerical methods such as boundary element method.
