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. 2017 Jan 27;7:41513. doi: 10.1038/srep41513

Table 1. Primers used in this study.

Primer name Sequence
SOX10 E1F (765 bp) AGATGGGTTTAGCTGGAGCA
SOX10 E1R (765 bp) ACCTGGTCTTCCAGCCCTAT
SOX10 E2F (686 bp) GTTATTCCTTGGGCCTCACA
SOX10 E2R (686 bp) CTTTGCCCAGTAGGATCAGC
SOX10 E3A F (686 bp) GCTGCCAAAATGTGAAACTTA
SOX10 E3A R (686 bp) GAGTGGCCATAATAGGGTCC
SOX10 E3BF (561 bp) AGCCCAGGTGAAGACAGAGA
SOX10 E3BR (561 bp) TCTGTCCAGCCTGTTCTCCT
EDN3 E1 F (407 bp) CAGAAGCCAGAAAAGCCCGA
EDN3 E1 R (407 bp) CCAGGCAAGAGTTTGCTCCC
EDN3 E2 F (597 bp) TTTGCAGACATTTTGCTTGC
EDN3 E2 R (597 bp) CCTGACCTGCAGAAGAGACC
EDN3 E3 F (480 bp) GGTGCACAGTTCACTCCAGA
EDN3 E3 R (480 bp) CCCACAGGACGACAGTAGGT
EDN3 E4 F (607 bp) CGTCTGTGAAACCCAGTGTG
EDN3 E4 R (607 bp) CATCACTGCCCAGAGCTACA
EDN3 E5 F (424 bp) GGCTCGGAAATTGCTGAGAAG
EDN3 E5 R (424 bp) TCTTTGGGTGGGTGTTCTGC
EDNRB E1 F(748 bp) CTTTTGAGCGTGGATACTGG
EDNRB E1 R(748 bp) AGGGAGCTAAAGGGAAGCTC
EDNRB E2 F (498 bp) AACACACTTTCCTGTCCCATAC
EDNRB E2 R (498 bp) TTCTACTGCTGTCCATTTTGG
EDNRB E3 F (555 bp) CTGTGGGAATCACTGTGCTG
EDNRB E3 R (555 bp) AGCTTGAGTCATTGATCACCA
EDNRB E4 F (432 bp) TGTTCAGTAAGTGTGGCCTGA
EDNRB E4 R (432 bp) CAAGAAAAAGGAAATATGCTCTGG
EDNRB E5 F (466 bp) CACTTCGGTTCCACTTCACA
EDNRB E5 R (466 bp) CTTCCCTGTCCCTCTCAACA
EDNRB E6 F (493 bp) GAGGGGGACACAGACAGAGA
EDNRB E6 R (493 bp) GCAGTAGGGAGTGGCTGACT
EDNRB E7 F (466 bp) AAGAGGGAAAATAAAAGAGCACTG
EDNRB E7 R (466 bp) TTCTTTCCATGCCGTAAACA
PAX3 E1F (620 bp) GAACATTTGCCCAGACTCGT
PAX3 E1R (620 bp) TCCAAAACAACAGGGACAAGT
PAX3-2F (503 bp) CCGATGTCGAGCAGTTTCAG
PAX3-2R (503 bp) CGCACCTTCACAAACCTCAG
PAX3-3F (420 bp) TGGGATGTGTTCTGGTCTG
PAX3-3R (420 bp) TCCCAATAGCTGAGATCGA
PAX3-4F (383 bp) CTGGAGAAGGATGAGGATGT
PAX3-4R (383 bp) CGTCAGATCACCAATGTCAG
PAX3-5F (508 bp) TACGGATTGGTTAGACTTGT
PAX3-5R (508 bp) AACAATATGCATCCCTAGTAA
PAX3-6F (445 bp) CAACACAGAAGGCAGAGA
PAX3-6R (445 bp) ATAGGTACGTTCAGGACAA
PAX3-7F (586 bp) TGTGCAGAGATAGGTGTGAC
PAX3-7R (586 bp) TTTGATGAAGCCAGTAGGA
PAX3 E8F (543 bp) GTTATTCTTTCAGCTGTAGGC
PAX3 E8R (543 bp) GTCTCAACAATTAATAACCGC
MITF E1F (630 bp) GGAGTTGCACTAGCGGTGTC
MITF E1R (630 bp) GCTCCATCCGAGCTTCCTA
MITF E2F (628 bp) GCCTGATAAAAATGCCTTGA
MITF E2R (628 bp) AGCCACGTAAGAATTAAGGGA
MITF E3F (564 bp) GCACAGTGCCTGGTACATAAC
MITF E3R (564 bp) TGCTCTACACCCAATAACCC
MITF E4 F (310 bp) TCATCTTTTGGTCAGATTCCAC
MITF E4 R (310 bp) TGCTTAAGTTTTCAGGAAGGTG
MITF-5F (343 bp) GACCATTATTGCTTTGGGTAAAA
MITF-5R (343 bp) TGTGATCCTGAGATAATTCTCCATT
MITF-6F (425 bp) TGAGGAGATCCTGTACCTCTCTT
MITF-6R (425 bp) AAAAGTTACGTCCATGAGTTGG
MITF-7F (350 bp) GCTTTTGAAAACATGCAAGC
MITF-7R (350 bp) GCTGTAGGAATCAACTCTCCTCT
MITF E8 F (527 bp) AAGGGCTTTGGAAATGGTAA
MITF E8 R (527 bp) AGAAAGCCACCTCCTCACAA
MITF-9F (425 bp) CTTATCCATGTAACCAAGCA
MITF-9R (425 bp) CACACACACAGAATCCACAAA
MITF-10F (646 bp) CTAATGACGCGCATCTACCA
MITF-10R (646 bp) TCCTGGGCTATTGATAAAGCA
SNAI2 E1 F (388 bp) CGGGCTCAGTTCGTAAAGGA
SNAI2 E1 R (388 bp) GCTCCCTTTCAGGACACTGTTA
SNAI2 E2 AF (534 bp) GCCCTCCTAAATGGGTCTATC
SNAI2 E2 AR (534 bp) TTTTCTAGACTGGGCATCGC
SNAI2 E2 BF (565 bp) GCCCCATTAGTGATGAAGAG
SNAI2 E2 BR (565 bp) GATCTTTGAGACCAAACCTTC
SNAI2 E3 F (556 bp) GGTTTTGCTGCTTCTCATTAT
SNAI2 E3 R (556 bp) TCTCTCAATCTAGCCATCAGC
D22S283 F (217 bp) FAM-ACAAACACTTCTACAGTCCTGG
D22S283 R (217 bp) TGAGCCACGGAGATCTTTC
D22S1177 F (186 bp) FAM-GCCACTCTGGCACCAT
D22S1177 R (186 bp) AGCTGTNAGCAAGCAGG
D22S1045 F (153 bp) FAM-GCTAGATTTTCCCCGATGAT
D22S1045 R (153 bp) ATGTAAAGTGCTCTCAAGAGTGC
D22S272 F (132 bp) FAM-GAGTTTTGTTTGCCTGGCAC
D22S272 R (132 bp) AATGCACGACCCACCTAAAG
D22S423 F (123 bp) FAM-CACACTGGTACACACATACACA
D22S423 R (123 bp) AAACCAACTGACTCGTTTAGG
rs139885 F (625 bp) CACCCATGCCTACTGTCTTC
rs139885 R (625 bp) GAGACCCTGGACCACATACA
rs3952 F (263 bp) CTTGCTGTAGCCTTGGGAATA
rs3952 R (263 bp) GTAGAGGGAGGTGGCGAGA
rs5756908 F (306 bp) AGTTTCCCAAAGATACTGTCCC
rs5756908 R (306 bp) CCAGTTAGTCCCTCCTCCAA
rs4821733 F (434 bp) GCAGGCATTGGCATCACC
rs4821733 R (434 bp) AAATTGCTTGAATGCGGGAG
rs139873 F (374 bp) AAAAAGACTCCTGGCTTCCA
rs139873 R (374 bp) CCCACAGTGCTCGGATTC