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. 2014 Aug 7;95(2):143–161. doi: 10.1016/j.ajhg.2014.06.014

Table 3.

13-mer CCNCCNTNNCCNC Associated with Meiotic Recombination/NAHR Hotspots within and Flanking SPASTa

Coordinate Orientation Within Alu? Alu Used in CNV Breakpoint?
chr2: 32,290,968 negative
chr2: 32,292,376 positive AluSz Ruhr 9, Ruhr 10
chr2: 32,294,873 positive AluY
chr2: 32,300,868 positive AluSz
chr2: 32,303,490 positive AluSz6 A2 (complex)
chr2: 32,311,592 negative AluSx
chr2: 32,317,837 negative AluSx
chr2: 32,323,295 negative AluJr
chr2: 32,337,660 positive AluSg
chr2: 32,339,234 negative AluJo
chr2: 32,346,229 negative AluSx1 (overlaps)
chr2: 32,351,109 positive AluY Park 3, Ruhr 31, Spain 8
chr2: 32,355,085 negative AluJr (overlaps)
chr2: 32,360,010 positive AluSx Park 3, JKF C
chr2: 32,371,388 negative AluJo
chr2: 32,375,404 positive AluSc
chr2: 32,378,630 positive AluSx1 A3, A4, A5, A8, A9, SPAST_1
chr2: 32,378,906 negative AluSx A1, A39, BAB 3327
chr2: 32,394,608 negative AluY
chr2: 32,398,678 positive AluSx3 A6
chr2: 32,399,507 positive AluJo
chr2: 32,402,087 positive AluSz Ruhr 14
chr2: 32,406,792 negative AluSx
chr2: 32,411,515 negative AluSx1
a

Chr2: 32,280,000–32,412,000.