Since the resolution of the Epsilon 15 map is reasonably high, the evaluation is best done by visual inspection.
As discussed later, many of those extremely positioned transcription factors are known or the relationship with chromatin remodeling is proposed (Fourel et al. 2002; Hartley and Madhani 2009), which strongly suggests that our "nucleosome dynamics" map is reasonably reliable.
While this framework map is reasonably comprehensive, it will undoubtedly evolve with the addition of more markers, allowing the establishment of linkage on unrepresented chromosomes, and refining interval orders for those existing linkage groups.
Although linkage maps are reasonably good at describing the order of genes and the amount of crossing over between them, they do not indicate the actual physical location of genes on chromosomes.
In conventional RH mapping studies, it is reasonably common to find markers that amplify clone DNA with low intensity and/or the amplification is difficult to replicate.
More precisely, aggregate queries suffer from a significant time overhead, whereas the overhead that has been measured with map-reduce queries is reasonably low.
We conclude that the synthetic map built with PhenoMap is reasonably consistent with the consensus map in terms of locus order.
Since the self-map of restricted to is nonexpansive, then the self-map of restricted to is reasonably nonexpansive.
Through the GPS-correction, the fringes between neighboring paths are smoothly connected and the crustal deformation is reasonably mapped all over the observed area.
As acquiring three optical maps for one genome is reasonably accessible for many sequencing projects, the process of in silico digestion and alignment is repeated for three enzymes.
