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The most abundant repeats can be classified in two main families.
If the DNA strand can be amplified millions of times, the patterns of these repeats can be identified, and a profile of them obtained.
Telomere repeats can be generated de novo by telomerase, a reverse transcriptase (TERT) that elongates chromosome ends by using an RNA component (TERC) as template1.
Unaffected individuals have up to ~40 triplets, whereas in FRDA patients the number of GAA repeats can be from 70 to 17003,4.
Panigrahi, G. B., Lau, R., Montgomery, S. E., Leonard, M. R. & Pearson, C. E. Slipped (CTG * CAG) repeats can be correctly repaired, escape repair or undergo error-prone repair.
The number of the repeats can be found by the texture coordinate.
Each of the otr repeats can be divided into 2 smaller repeat units: dg (blue color) and dh (orange color).
These results suggest that RNA containing expanded CAG repeats can be deleterious to mammals as well as invertebrates.
Shed MUC1, comprised largely of tandem repeats, can be detected in the serum of Stage II breast cancer patients [15].
DNA sequencing of inverted repeats can be very challenging since snap back to form self dimers can interfere with polymerization.
Based on sequence, HEAT and ARM repeats can be distinguished from repeats found in other α-α-superhelix superfamilies such as TPR.
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