In the case of the zinc finger repeat exons, removing all sequences that are not conserved in all repeats leaves insufficient data to construct statistically significant trees as the divergence in size of repeats is extensive (from 207 to 618 aa in length).
Extending these methods to other sequenced genomes that differ in the number and size of repeat families could provide valuable comparative data on recombination activity in plant mitochondria.
A repeat MRI in October 2015 demonstrated a 30%% reduction in size of the cystic pituitary lesion.
Differences in mtDNA genome size and organization of Glandirana owed to the size of repeat-sequences in the CR (Additional file 1).> -wrap-foot> Abbreviations for genes and non-coding regions are from MitoZoa (http://www.caspur.it/mitozoa).
The output presents information on repeats (size of query sequence, presence of compound/composite repeats, number of identified repeats in query sequence SSRs, SSRs number, repeats location and size of repeats) along with summary on alignment of identical/similar sequences.
However, no significant correlations between the size of repeats and gene rearrangements could be detected (the number of different size of repeats in the A+T-rich region is listed in table 2).
Rather than somatic mutation, we believe that single base pair differences in the size of microsatellite repeat regions in samples from the same tree were due to slight error in the measurement of DNA size fragments with respect to size standards.
Although the two RPI1 alleles differ by several nucleotide changes, the most striking difference is the alteration in the size of a repeat region present in the coding sequence of the gene.
These can now be linked together into a single clone using fragments at least 60 kb in size and repeated use of alternating BACLink vectors allow multiple BACs (or PACs) in a contig to be recombined.
Although the repeat number in this construct is lower than in the CAG, CUG and CAA repeat constructs, in each case the total size of the repeat tract is ∼300 bp and therefore, in the cases where a secondary structure is predicted, the resulting hairpin RNAs will be of similar size.
