Table 2.

Junction characteristics of identified inversions (T2T-CHM13)

Sample IDSize (Mbp); % ChrChrPosAPosBMicrohomologyInsertionJunction indels pos AJunction indels pos BGene posAGene posBRepeat pos ARepeat pos BLikely mechanism jntc1/jnct2
RD_P52585; 47%54212550112742911815 bp del8 bp delOXCT1 (NM_000436.4), intron 1MARCHF3 (NM_178450.5), intron 3L1PA3NHEJ
42125495127429109RIns 32nt

Tins 17nt
P4855_50143; 25%6510327559437692128 bp dup2 bp delAluJb, L1MA9, L1PA3L1PA4, LTR:MLT1J2MMEJ
51032765943769183
BH16643-173–101; 53%–73%948424795–7705669315007967224 bp delEHMT1 (NM_001354263.2), intron 25(ATTC)nL1M5MMEJ
48424795–770566931500796763
P4855_10653; 40%1042197576–423159059602261514 bp del(ATGG)n, (ATGGA)n, (TGGAA)nL1MB3NHEJ
42197576–4231590596022600
RD_P54125; 19%12329455455805115026 bp dup6 bp dupTigger1, L1BaMMEJ
32945540580511441
RD_P54934; 32%14639516019796215638 bp del5 bp dupSRSF5, intron 1ZFYVE21 (NM_001198953.2), intron 1L1MC5a, AluY, MER4A1MMEJ
63951610979621521
RD_P52641; 50%1873406014788388822 bp dup2 bp dupLOC105372100MIR/L2MMEJ
7340602478838892
RD_P54248; 82%19998202558312124TIns 23nt1 bp dup335 bp delOLFM2 (NM_001304347.2), intron 5AC010327.5, intron 1L2b(AT)n, AluJb, LT1BMMBIR
9982025583124612
RD_P54649; 84%19325697056644686RIns 90ntCELF5 (NM_001172673.2), intron 6ZNF331 (NM_018555.6), intron 2L1ME3L2bComplex MMBIR
56603650614545332ZNF331 (NM_001317120.2), intron 1ZNF497 (NM_001207009.2), intron 1L1PA6
1199900961440737RIns 61ntZNF439, intron 1AluY, L1MEf
32812776700567RIns 18ntAC010649.1, intron 1C3, (NM_000064.4), exon 12SINE/MIRB
675588012044892RIns 16ntSH2D3A, (NM_001386583.1), intron 1ZNF69L2aMER92b;LTR

[i] Each row represents a junction, and characteristics such as size, junction dup/dels, genes, repeats, insertions, and microhomology are given.

[ii] (FoSTeS/MMBIR) fork stalling and template switching/microhomology-mediated break-induced replication, (NHEJ) nonhomologous end joining, (MMEJ) microhomology-mediated end joining, (NAHR) nonallelic homologous recombination, (RIns) random insertion, (Tins) templated insertion.