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. Author manuscript; available in PMC: 2017 Jul 31.
Published in final edited form as: Nature. 2016 Oct 3;538(7624):260–264. doi: 10.1038/nature19768

Extended Data Table 2. Identified somatic structural variations in ASCs.

Copy Number Variants

Sample Tissue Chr Start Stop Size Type No. genes Fragile site Microhomology Genes at breakpoint LINE/SINE
ASC 14-a Liver 3 94,491,729 95,651,811 1,160,082 gain 5 - 5 bp -|- L1MC1|-
ASC 14-a Liver 3 111,726,406 113,471,637 1,745,231 gain 46 - 2 bp TAGLN3|ATP6V1A L1MC1|L1M5
ASC 16-a Liver 9 50,763,759 141,213,431 90,449,672 gain 1,472 - NA NA NA
ASC 18-e Liver 7 132,751,706 133,009,202 257,496 gain 2 - 0 bp CHCHD3|EXOC4 MIR|L1PA6
ASC 18-d Liver 5 59,125,105 59,718,364 593,259 loss 1 - 0 bp PDE4D|PDE4D -|L1PA6
ASC 8-a Small intestine 5 3,815,936 3,908,819 92,883 loss 0 - 2 bp -|- -|-
ASC 11-a Small intestine 2 205,420,067 205,511,877 91,810 loss 1 FRA2I 1 bp PARD3B|PARD3B AluSx|L1ME3B
ASC 13-a Small intestine 11 63,974,352 66,222,668 2,248,316 loss 163 - 3 bp FERMT3|- -|L1M4b
ASC 13-b Small intestine 1 5,878,566 6,321,750 443,184 loss 13 FRA1A 1 bp -|- THE1B|-
ASC 1-c Colon 3 60,700,662 61,199,328 498,666 loss 4 FRA3B 1 bp FHIT|FHIT L1PA3|L1PA3
ASC 3-c Colon 13 0 115,169,878 115,169,878 gain 1,217 - NA NA NA
ASC 4-b&e Colon 14 102,805,595 104,172,376 1,366,781 loss 57 - NA NA NA
ASC 4-b&e Colon 17 2,429,169 2,572,747 143,578 loss 5 - CTTG ins -|PAFAH1B1 AluJo|AluSq
ASC 4-b&e Colon 17 2,634,433 2,927,007 292,574 loss 4 - NA NA NA

Unbalanced Translocations

Sample Tissue Chr (1) Position (1) Chr (2) Position (2) Type No. genes Fragile site Microhomology Genes at breakpoint LINE/SINE

ASC 4-b&e Colon 14 102,805,595 17 2,634,145 translocation NA - 4 bp ZNF839|- -|-
ASC 4-b&e Colon 14 104,172,376 18 18,518,987 translocation NA - 0 bp XRCC3|- -|ALR Alpha
ASC 4-b&e Colon 17 2,927,007 18 18,518,987 translocation NA - 0 bp RAF1GAP2|- L1PA8|ALR Alpha

No. genes, number of genes overlapping the event; fragile site, common fragile sites overlapping the event; microhomology, number of bases of microhomology observed at breakpoints; genes at breakpoint, gene bodies affected by the breakpoint; LINE/SINE elements, observed elements within 100 bp of the breakpoint.