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. 2010 Nov 23;5(11):e14096. doi: 10.1371/journal.pone.0014096

Table 1. Primers used in this study.

Gene/Exon Forward Primer Reverse Primer Amplicon size (bp) Multiplex set
qPCR-HRM1
B2M/2 cactgaaaaagatgagtatgcc Aacattccctgacaatccc 231
DMD/16 tctatgcaaatgagcaaatacacgc ggtatcactaacctgtgctgtactc 290
MVK/2 tcttcctgctggttctgaca gcatcagggagaaggggta 203
MVK/3 tcaccctcaggcttattgct tggtttctcctccttgcact 210
MVK/4 ccctctcacccacttgtgtt aggctgaatctggactccttc 226
MVK/5 cgggagagtcacgtttcac gacactggccaggtaaggac 221
MVK/6 ccactcctcactgccacag ctcttgggcacctaccattg 221
MVK/7 cctctctcccaagtagcacag ccctgcacacatcaatgc 170
MVK/8 tgagttcagtgtggacctgc taattgtgtcctggccttcc 181
MVK/92 gaacacctcctccctccac ttctgagcacagccagattg 295
MVK/10 aagtgggaacagatggaacct ccaatgaggaagcaaagacc 346
MVK/11 gtcaagggtgacctgccttc gcctctccagcagtgtcag 300
NLRP3/3a gatgtgtgtatactttccccctaa aaacctgtcttggtagagtgtcc 399
NLRP3/3c agcctcatcagaaagaagctg tgaggtcggactcctcaaac 469
NLRP3/3d tctttggctgcagatggaat ttgctgagagatcttgcaactta 399
NLRP3/3e tttcctctttggcctggtaa agaagaagctggcgaggaag 477
NLRP3/3c3 gcctctctgctcatcacgac gctcttgccactctccatct 264
TNFRSF1A/2 ttgatggtgtctcctctatctga aagaagcagcaccccagac 240
TNFRSF1A/3 gggctccttccttgtgttct cacatagacaggcacccaca 247
TNFRSF1A/4 agaaatgggtcaggtggagat gccagagaggagttggttgt 280
qPCR
MVK/92 accagccgttccttcttttt ttctgagcacagccagattg 230
NLRP3/2 ggggtctcctctctcatgc ctagaagcaccaccccagtc 242
NLRP3/4 tcgaggctgatttcttttctg gcactcacacagatcacatgc 248
NLRP3/5 tctgatgctttctgcctctgt cgctggcagaacttccttag 244
NLRP3/6 tgactgacattctgccatctct tctggtaagacacccatgaaga 227
NLRP3/7 ggaacagctgggtactgagg cttgtggccactctgccta 295
NLRP3/8 aatcaccccctttttgcag agagccatcctggattttga 274
NLRP3/9a agtgcaacccaggctttcta tcacagagctgtggtcttgg 240
SQF-PCR4
GFAP/3 gaggaaaggattgatggcca gaggaggagatccggttctt 249 Control (A to H)
DMD/28 tgcattttgaattacctgctaca agtaccaaatagaagacaaatccaaag 361 Control (A to H)
MVK/2 tattatgatgggcttgaactagg tgcctcagggtgtcctttta 292 A
MVK/3 cttcttagcacgtgggtcct ctctctgtaggctctt 286 A
MVK/4 gtcgattttctgtgttctgttgtt agagcatgtgcattctccag 337 B
MVK/5 ctggaccagatgcttggagt aagccacgtccctgtcctg 336 A
MVK/6 gagtggacttgttctttctgagc agactcttgggcacctacca 328 B
MVK/7 ttcctgaatggggcaaaat ctgcctcctatggtacttccc 266 C
MVK/8 gtatcagggtgggcggcttcc gagggagacctcgaaaatcc 279 A
MVK/9 ggctgtgtgaacacctcctc cacagccagattgcagagcca 314 B
MVK/10 tctccagccaacaactgtca tcaagggaattctccaggtg 348 C
MVK/11 ctgggcttttgccttgaat aataatccagaaaggggcatc 304 C
TNFRSF1A/1 accaggccgtgatctctatg cactcttccctttgtccctg 224 H
TNFRSF1A/2 aggacttgagccagggaagt tttccttggggacacacact 198 D
TNFRSF1A/3 ctggctgttgtccctagcat cacccacacaccactcaaga 256 E
TNFRSF1A/4 agaaatgggtcaggtggagat ttggttgtcagacccacaga 268 D
TNFRSF1A/5 acaaccaacttcctctctggc atctgttgcccagctaatgg 277 I
TNFRSF1A/6 caccagtgccgtctcttctt atagatggatgggtgggatg 186 I
TNFRSF1A/7 aacacctgctttgtctgcag accttctgcccagagtccc 268 H
TNFRSF1A/8–9 gggaaatcgacacctgaaaa aagctccccctgaaagagag 233 H
TNFRSF1A/9–10 cccttcagaagtgggaggac gatcgatctcgtggtcgct 305 I
NLRP3/1 ccagagccttcagtttggag aggagtgtgtcctgagccat 269 G
NLRP3/2 ccactgtgatatgccaggaa gcattccaaagagcaggaac 208 F
NLRP3/3 gcatctcaggtggatgtgtg caggctcagaatgctcatca 307 G
NLRP3/4 cctcacttccagtttttgcc gcactcacacagatcacatgc 189 G
NLRP3/5 tctgtgtgtgggactgaagc ctttccccacgacaaacact 228 F
NLRP3/6 tcagtattgagcaccagcca tgaccaaagtaacccccatc 213 G
NLRP3/7 gagtcaaagcagctgcacaa ccaccatgtgttctcattgc 283 F
NLRP3/8 gggatggttaaggggacatt caggcccaacctaatcttga 339 G
NLRP3/9a tgcaacccaggctttctatt tgctgtcattgtcctggtgt 348 F
1

All primers (except HRM-qPCR MVK/9 primer) showed a PCR efficiency range between 80 and 100% (IC+/−0.2%).

2

qPCR and HRM of MVK exon 9 could not be performed in the same run due to low PCR efficiency. We used therefore two different primer pairs.

3

p.T348M allele specific primer.

4

Forward primers were 6FAM labeled. Nine distinct PCR sets (Multiplex A to I) were designed, each yielding a pattern of 3 to 6 peaks including the 2 control fragments (DMD and GFAP).