The size of the observed Néel domains are consistently below 200 nm, indicating that there is no significant merging of neighbouring domains and that the domains possess a single chirality, consistent with the effects of strong iDMI.
These overlaps exist between contigs for which there are too few common restriction fragments to allow for a statistically significant merge, given the stringent criteria employed to minimize false positive overlaps.
The merge analysis of the three QTLs suggested several candidate causal genes with significant merge SNPs nearby.
At Kprl1, there are virtually no significant merge SNPs at the QTL peak and none of them have an SDP matching the haplotype effects observed at the peak.
Consistent with our earlier findings with Aspergillosis [ 10], the most significant merge analysis variants involved one wild-derived strain vs the other 7 strains.
Importantly, the peak of the QTL for Conn.D had almost no significant merge logP SNPs and the 50 % CI was large enough to speculate that genes therein are false positives; there reside Lrch1 (encodes Leucine-Rich Repeats And Calponin Homology (CH) Domain Containing 1) and Esd (encodes esterase D).
Multimodality imaging can play a significant role merging anatomical and functional details coming from simultaneous PET and MRI.
With respect to inter-population diversity, our multi-ethnic panel showed levels of population differentiation similar to those previously observed [50], with a significant global FST (merging all samples) averaged over the 20 genomic regions equal to 0.12.
A significant advantage of merge distance is that the cost functions for splits and merges can be configured to adjust two important parameters: sensitivity to error type and sensitivity to cluster size.
As will be shown later, our analysis reveals a significant interaction between stream merging and scheduling decisions.
It indicates that if the burner width is sufficiently large, the long flame will experience significant flamelet merging, which is one factor leading to the "bending" (nonlinear behavior) of the burning velocity curve.
