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. 2019 Mar 8;24:103708. doi: 10.1016/j.dib.2019.103708

Table 2.

Copy number estimate for divergent SF1 HORs.

HOR name Total monomers Corrected total
S1C10/12H1d.1 358 259
S1C10/12H1d.2 288 288
S1C3H3d.1 251 248
S1C3H3d.2 237 230
S1C3H3d.3 318 310
S1C3H3d.4 247 243
S1C3H3d.5 259 239
S1C12H3d.1 8 8
S1C12H3d.2 9 9
S1C12H3d.3 11 10
S1C12H3d.4 50 36
S1C12H3d.5 38 37
S1C12H3d.6 11 11
S1C12H3d.7 11 11
S1C12H3d.8 14 14
S1CMH1d.1 395 382
S1CMH1d.2 512 505
S1CMH1d.3 366 356
S1CMH1d.4 228 226
Total 3611 3422

The total number of copies of each monomer in each divergent SF1 HOR was calculated from the HOR-track using the Table Browser. It was corrected by subtracting the number of falsely recognized monomers calculated as the sum of the monomers of a given HOR which were SF2 (total of 8), SF3 (total of 1) or SF4+ (total of 180) according to PERCON (the SF track). It was not possible to correct for the false recognition of SF5 monomers as all SF1 divergent HORs except for S1C10/12H1 were archaic and PERCON recognized archaic SF1 as SF1/SF5 mix [1]. S1C10/12H1 was not significantly involved in false SF5 coverage (the total of false SF5 hits was 1).