The electromagnetic characterization of cement paste, cement exudation products and injection wax has brought us some key results in the interpretation of the capacitive probe signal.
At the time of interpretation of the TriCheck probe FISH these observers were not blinded to the IHC and break-apart FISH results.
For example, it is not clear how many bovine RNF14 transcript variants exist in total, which clearly complicates our (co-expression) interpretation of the Agilent probe that provided the original foundation for some of the predictions.
A rational interpretation of these probe dynamics is that Meishan RNA could be polymorphic with respect to the array probe and is essentially behaving as a mismatch probe instead of a perfect match probe.
To improve the interpretation of the data, microarray probe identifiers were re-annotated as outlined in Barbosa-Morais et al (2010).
Examination of the loadings enables the interpretation of which probe sets are contributing most to the selected components.
The interpretation of nuclei probe patterns was as follows: 2G2R was interpreted as normal, abnormal patterns included: 2G1R as loss of heterozygosity (LOH), 2G0R as homozygous deletion and 1G1R as monosomy of chromosome 9.
If MLPA is implemented as a stand-alone test to detect trisomies 13, 18, 21 X and Y, our research group advises to neglect the interpretation of the quantification of single probes.
Interpretation of a probe signal requires construction of a corresponding two-state signal that denotes the presence of the phases, i.e. gas and liquid, at the probe tip.
If a single or a few probes in a probe set distort the interpretation of the hybridization data, a statistical approach that takes the data of individual probes into account could identify and eliminate deviating probes and use the remaining probes for analysis.
