TR loci in general, and micro- and minisatellite loci in particular, are often highly dynamic genomic regions with a high rate of length-altering mutations [ 14, 15].
The high rate of cycle length abnormalities reported can be explained in part by the mean age of our respondents 14.67 ± 1.7 years.
Similar results were obtained for soybean BES-derived SSRs, with AT, AG, and AAT motifs yielding higher rates of length polymorphisms than other motifs [ 42].
The number of SSR motifs at a locus is variable, because SSRs experience a high rate of reversible length-altering mutations by unequal crossing over and replication slippage, where the transient dissociation of the replicating DNA strand is followed by misaligned re-association [ 17, 18].
These peculiar sequences show high rate of reversible mutation in length, ranging from 10−7 to 10−3 number of mutations per generation, which is higher than the average genomic rate of point mutations normally evaluated at 10−8 10−9 [ 3].
The early-generation nails (Küntscher/Grosse Kempf) were noted to have high rates of limb length discrepancy (5 9 %).
Due to their high rate of expansion and contraction, the length of these microsatellites can be highly variable.
These high rate of identification of intact full-length sequences are coincided the property of GS FLX sequencing platform (long-read sequencing) [ 61, 62].
Due to the high rate of pediatric hospitalization and extended lengths of stay, there are significant medical costs related to LRTI.
H. pylori is characterized by a uniquely low linkage disequilibrium [7], and ISR are likely to contribute strongly to this allelic diversity, together with an overall high rate of recombination and a relatively short length of imported fragments.
