As the amount of sequencing material and depth increased, more data and more markers became available.
As additional genomic resources become available, assembling 24 or more markers should become feasible for many metazoan, plant, and fungal taxa, using either traditional universal-primer [ 14, 47, 11, 13] or more clade-restrictive strategies [ 12] for primer development.
As molecular markers become more sophisticated, it seems likely that astrocytes will be revealed to be considerably more heterogeneous than thus far imagined.
Previously, marker alleles were simulated in equilibrium and uncorrelated across loci in the founding population, but genotypes at adjacent markers become more correlated as marker densities increase.
Once gene polymorphism, miRNAs and epigenetic markers become more standardized and mainstream in the clinic, they will be included in designing individual regiments for the treatment of NMIBC.
These differences may be due to the higher resolution genetic markers that were available to construct the virtual gene order of barley than wheat; as more sequence-based T. aestivum markers become available, some of these translocations may be found to be present on 5A and/or 5D as well.
These new markers become critical for the samples that were stored for more than 4 years.
F-value decreased as the SSR markers became more distant from RM164, showing 101.7 for RM18614, which was around 40 Kbp upstream of RM164, and 49.2 for RM3315, which was about 1.5 Mbp downstream of RM164 (Table 4; ANOVA).
When the analysis was restricted to 'pure' individuals, the interspecific differentiation across the 194 AFLP markers became more pronounced (FST_pure inter = 0.131, p<0.01) and was much higher than the differentiation among populations within species [FST_pure intra = 0.042 (p<0.01) for Q. liaotungensis; FST_pure intra = 0.010 (p<0.01) for Q. mongolica].
