TaqMan Drug Metabolism Genotyping Assays on OpenArray Plates
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1 TaqMan Drug Metabolism Genotyping Assays on OpenArray Plates June 28, 2014 The world leader in serving science 1
2 TaqMan Drug Metabolism Genotyping Assays on OpenArray Plates Life Technologies has pretested over 300 TaqMan DME and SNP assays to highly studied, important DME and other gene variants on OpenArray plates run on the QuantStudio 12K Flex Real-Time PCR System. Assays were tested on this system with 44 Coriell gdnas (22 each African American and Caucasian samples, a subset of the TaqMan DME Assay 90 sample validation panel) and most were also tested with synthetic plasmid constructs representing each genotype. You can download the PGx Common Markers file that contains a list of the most commonly requested assays from this set at: The file includes common allele names, context sequences, and other useful annotations. This PowerPoint document contains screen shots of the test data for the most commonly requested PGx and clinical research target assays. For Research Use Only. Not for use in diagnostic procedures Thermo Fisher Scientific. All rights reserved. All trademarks are the property of Thermo Fisher Scientific and its subsidiaries unless otherwise specified. 2
3 CYP2D6*2A g.-1584c>g, rs C _30 The CYP2D6*2 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for -1584C>G may run within or beside the heterozygous cluster. 3
4 CYP2D6 g.2850c>t, rs16947 C _ C>T is a common SNP that is found in *2 and many other CYP2D6 star alleles. The *2 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 2850C>T may run within or beside the heterozygous cluster. 4
5 CYP2D6*2 g.4180g>c, rs C _ G>C is a common SNP that is found in *2 and many other CYP2D6 star alleles. The *2 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 4180G>C may run within or beside the heterozygous cluster. 5
6 CYP2D6*3 g.2549dela, rs C _50 6
7 CYP2D6*4 g.1846g>a, rs C _D0 The CYP2D6 *4 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 1846G>A may run within or beside the heterozygous cluster. 7
8 CYP2D6*6 g.1707delt, rs C _20 8
9 CYP2D6*7 g.2935a>c, rs C _A0 recommended *7 assay version C _A0 is an improved version of C _30 (slide 10). It has higher amplification signal due to reduction of NTC signal. We recommend using C _A0 to interrogate CYP2D6*7 g.2935a>c. 9
10 CYP2D6*7 g.2935a>c, rs C _30 - improved assay version is available* The high NTC signal seen with C _30 is due to probe cleavage in the absence of template and amplification. It does not interfere with genotyping unless sample the amplification signal is low (e.g. due to low sample quantity). *We recommend using the improved assay design: C _A0 (slide 9). It has higher amplification signal due to reduction of NTC signal. 10
11 CYP2D6*8 g.1758g>t, rs C_ C_K0 recommended *8 assay version C_ C_K0 reports the major (G) and one minor (T) allele (CYP2D6*8) of a triallelic SNP. C_ D_M0 reports the major (G) and other minor (A) allele (CYP2D6*14). Both assays should be independently run on samples and data analyzed as described in the PGx Experiments User Guide Chapter 5 section on triallelic and adjacent SNPs. C_ C_K0 is an improved version of C_ C_20 (slide 12), which has higher amplification signal due to a decrease in amplicon size. 11
12 CYP2D6*8 g.1758g>t, rs C_ C_20 - improved assay version is available* C_ C_20 reports the major (G) and one minor (T) allele (CYP2D6*8) of a triallelic SNP. C_ D_30 reports the major (G) and other minor (A) allele (CYP2D6*14). Both assays should be independently run on samples and data analyzed as described in the PGx Experiments User Guide Chapter 5 section on triallelic and adjacent SNPs. * We recommend using the improved assay design: C_ C_K0 (slide 11). It has higher amplification signal due to a decrease in amplicon size. 12
13 CYP2D6*9 g.2613_2615delaga, rs C _60 C _60 targets the CYP2D6*9 deletion variant, which can be denoted as g.2613_2615delaga or g.2615_2617delaag. The nucleotide deletion results in deletion of amino acid K
14 CYP2D6*10 g.100c>t, rs C _40 Cycle 27 The CYP2D6*10 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 100C>T may run within or beside the heterozygous cluster. 14
15 CYP2D6*11 g.883g>c, rs C _A0 C _A0 specifically amplifies CYP2D6 by targeting base differences between CYP2D6 and CYP2D7. Two of these base differences occur as SNPs in some CYP2D6*4 alleles, which thus cannot be amplified by the *11 assay. The CYP2D6*4 C _D0 assay should be run on the same samples for complete genotype analysis, as *4/*4 samples will not amplify with the *11 assay, and samples that run as *11/*11 may have *11/*11 or *4/*11 genotypes, which can be discerned by the *4 assay results. 15
16 CYP2D6*12 g.124g>a, rs C _A0 16
17 CYP2D6*14 g.1758g>a, rs C_ D_M0 recommended *14 assay version C_ D_M0 reports the major (G) and one minor (A) allele (CYP2D6*14) of a triallelic SNP. C_ C_K0 reports the major (G) and other minor (T) allele (CYP2D6*8). Both assays should be independently run on samples and data analyzed as described in the PGx Experiments User Guide Chapter 5 section on triallelic and adjacent SNPs. C_ D_M0 is an improved version of C_ D_30 (slide 18), which has higher amplification signal due to a decrease in amplicon size. 17
18 CYP2D6*14 g.1758g>a, rs C_ D_30 - improved assay version is available* C_ D_30 reports the major (G) and one minor (A) allele (CYP2D6*14) of a triallelic SNP. C_ C_20 reports the major (G) and other minor (T) allele (CYP2D6*8). Both assays should be independently run on samples and data analyzed as described in the PGx Experiments User Guide Chapter 5 section on triallelic and adjacent SNPs. * We recommend using the improved assay design: C_ D_M0 (slide 17). It has higher amplification signal due to a decrease in amplicon size. 18
19 CYP2D6*15 g inst, rs C _40 19
20 CYP2D6*17 g.1023c>t, rs C _A0 recommended *14 assay version The CYP2D6*17 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 1023C>T may run within or beside the heterozygous cluster. C _A0 is an improved version of C _40 (slide 21). It has been observed that C _40 cannot amplify a subset of *4 alleles and thus some *4/*17 samples will run as *17 homozygotes. E.g. In the experiment shown, samples NA17116 and NA17121 run as heterozygotes with C _A0 whereas they run as *17/*17 homozygotes with C _40. 20
21 CYP2D6*17 g.1023c>t, rs C _40 - improved assay version is available* The CYP2D6*17 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 1023C>T may run within or beside the heterozygous cluster. It has been observed that C _40 cannot amplify a subset of *4 alleles and thus some *4/*17 samples will run as *17 homozygotes. E.g. In the experiment shown, samples NA17116 and NA17121 run as homozygotes with C _40 whereas they run as *17 heterozygotes with C _A0. *We recommend using the improved assay: C _A0 (slide 20) to interrogate CYP2D6*17 g.1023c>t. 21
22 CYP2D6*29 g 3183G>A, rs C _20 22
23 CYP2D6*35 g.31g>a, rs C _80 Cycle 30 gdna Sample The CYP2D6*35 allele can be duplicated. Samples having 3 copies of CYP2D6 that are heterozygous for 31G>A may run within or beside the heterozygous cluster. 23
24 CYP2D6*41 g.2988g>a (splicing defect), rs C _20 24
25 CYP2C9*2 c.430c>t g.3608c>t, rs C _10 25
26 CYP2C9*3/*18 c.1075a>c, g.42614a>c, rs C _10 Cycle 32 The polymorphic CYP2C9*3/*18 c.1075a>c SNP is adjacent to the rare CYP2C9*4 c.1076t>c SNP that is detected by C _20 (slide 27). The *3/*18 and *4 SNP assays can be used to detect the 3 possible haplotypes described for this locus (alleles *3/* C and *4 1075C do not occur together in a haplotype). Analyze data as described in the PGx Experiments User Guide Chapter 5 section TaqMan DME genotyping assays to triallelic SNPs and adjacent SNP targets. 26
27 CYP2C9*4 c. 1076T>C, g.42615t>c, rs C _20 Note: the samples with higher signal are wild type for the adjacent *3/*18 c.1075a>c SNP, those in the lower split cluster are heterozygous for this SNP, and the sample that does not amplify is homozygous for the 1075C allele. The rare CYP2C9*4 c.1076t>c SNP is adjacent to the polymorphic CYP2C9*3/*18 c.1075a>c SNP, which is detected by C _10 (slide 26). The *3/*18 and *4 SNP assays can be used to detect the 3 possible haplotypes described for this locus (alleles *3/* C and *4 1075C do not occur together in a haplotype). Analyze data as described in the PGx Experiments User Guide Chapter 5 section TaqMan DME genotyping assays to triallelic SNPs and adjacent SNP targets. 27
28 CYP2C9*5 c.1080c>g g.42619c>g, rs C _40 Cycle 27 28
29 CYP2C9*6 c.818dela g.10601dela C _20 29
30 CYP2C9*8 c.449g>a g.3627g>a, rs C _10 30
31 CYP2C9*11 c.1003c>t g.42542c>t, rs C _70 31
32 CYP2C9*13 c.269t>c g.3276t>c, rs C _20 32
33 CYP2C9*27 c.449g>t g.3627g>t, rs C_ D_20 33
34 CYP2C19*2 g.19154g>a. c.681g>a (splicing defect), rs C _70 The polymorphic CYP2C19*2 c.681g>a SNP is adjacent to the rare CYP2C19*10 c.680c>t SNP that is detected by C _10 (slide 35). The *2 and *10 SNP assays can be used to detect the 3 possible haplotypes described for this locus (alleles *2 681A and *10 680T do not occur together in a haplotype). Analyze data as described in the PGx Experiments User Guide Chapter 5 section TaqMan DME genotyping assays to triallelic SNPs and adjacent SNP targets. 34
35 CYP2C19*10 c.680c>t g.19153c>t, rs C _10 The rare CYP2C19*10 c.680c>t SNP is adjacent to the polymorphic CYP2C19*2 c.681g>a SNP that is detected by C _70 (slide 34). The *2 and *10 SNP assays can be used to detect the 3 possible haplotypes described for this locus (alleles *2 681A and *10 680T do not occur together in a haplotype). Analyze data as described in the PGx Experiments User Guide Chapter 5 section TaqMan DME genotyping assays to triallelic SNPs and adjacent SNP targets. 35
36 CYP2C19*3 g.17948g>a, rs C _10 36
37 CYP2C19*4 c.1a>g g.1a>g, rs C _10 37
38 CYP2C19*5 g.90033c>t, rs C _10 38
39 CYP2C19*6 g.12748g>a, rs C _10 39
40 CYP2C19*7 g.19294t>a, rs C _10 40
41 CYP2C19*8 g.12711t>c, rs C _30 41
42 CYP2C19*9 c.431g>a g.12784g>a, rs C _30 42
43 CYP2C19*17 g.-806c>t, rs C _10 43
44 CYP3A4*1B g.-392a>g, rs C _50 44
45 CYP3A4*2 g.15713t>c, rs C _10 45
46 CYP3A4*3 c.1334t>c, rs C _20 46
47 CYP3A4*12 c.1117 C>T g.21896c>t, rs C _10 47
48 CYP3A4*16 c.554c>g g.15603c>g, rs C _10 48
49 CYP3A4*17 c.566 T>C g.15615t>c, rs C _10 49
50 CYP3A4*22 g.15389c>t, rs C _10 50
51 CYP3A5*9 g.19386g>a, rs C _10 51
52 CYP3A5*3B g.3705c>t, rs C _50 52
53 CYP3A5*2 g.27289c>a, rs C _10 53
54 CYP3A5*3 g.6986a>g, rs C _30 54
55 CYP3A5*3/*10 g.31611c>t, rs15524 C _40 55
56 CYP3A5*6 g.14690g>a, rs C _10 56
57 CYP3A5*7 g.27131_27132inst, rs C _10 57
58 CYP3A5*8 g.3699c>t, rs C _10 58
59 CYP1A2*1 g.-3860g>a, rs C _30 59
60 CYP1A2*1 g.-2467delt, rs C _10 60
61 CYP1A2*1K g.-729c>t, rs C _10 61
62 CYP1A2*1 g.-739t>g, rs C _10 62
63 CYP1A2*1F g.-163c>a, rs C _40 Cycle 30 63
64 CYP1A2*4 g.2499a>t, rs C _10 64
65 CYP1A2*3 g.2116g>a, rs C _20 65
66 CYP1A2*6 g.5090c>t, rs C _20 66
67 CYP1A2*7 g.3533g>a, rs C _10 67
68 CYP1A2*8 g.5166g>a, rs C _10 68
69 CYP1A2*11 g.558c>a, rs C _10 69
70 CYP1A2*15 g.125c>g, rs C _10 70
71 CYP1A2*16 g.2473g>a, rs C _20 71
72 CYP1A2 g.5347t>c, rs C _10 72
73 CYP2B6 c.516g>t g.15631g>t, rs C _60 73
74 CYP2B6*5 c.1459c>t, g.25505c>t, rs C _40 74
75 CYP2B6*10 c.64c>t g.64c>t, rs C _20 Cycle 30 75
76 CYP2B6*16/*18 c.983t>c g.21011t>c, rs C _20 76
77 CYP2B6*22 g.-82t>c, rs C _10 77
78 CYP2C8*2 c.805a>t g.11054a>t, rs C _10 78
79 CYP2C8*3 c.1196a>g g.30411a>g, rs C _20 79
80 CYP2C8*4 c.792c>g g.11041c>g, rs C _20 80
81 COMT c.322g>a or c.472g>a, rs4680 C _50 81
82 DRD2*A C>T Taq1A, rs C _10 82
83 SLCO1B1*5 g.37041t>c, rs C _10 83
84 UGT1A1*6 c.211g>a g.211g>a, rs C _20 84
85 UGT1A1*60 g T>G, rs C _10 85
86 VKORC1-prom, rs C _20 86
87 VKORC1 358C>T P83L, rs C _10 Cycle 30 87
88 VKORC1 497T>G, rs C _20 88
89 VKORC1 1173C>T, rs C _10 89
90 VKORC1 3730G>A, rs7294 C _10 90
91 Apo-ε2 c.526c>t, rs7412 C _10 91
92 Apo-ε4 c.t388c, rs C _20 92
93 HLA-B*1502 tag rs , rs C _10 93
94 HTR2A -1438G>A, rs6311 C _10 94
95 HTR2C -759C>T, rs C _10 95
96 F2 G20210A, rs C _20 96
97 Factor V R506Q Leiden mutation, rs6025 C _10 97
98 F7 rs6042, rs6042 C _20 98
99 MTHFR C677T Ala222Val, rs C _20 99
100 MTHFR A1298C Glu429Ala, rs C _20 100
101 OPRM1 A118G Asn40Asp, rs C _1_ 101
102 VKORC1-1639G>A, rs C _20 102
103 VKORC1 1173C>T, rs C _10 103
104 VKORC1 3730G>A, rs7294 C _10 104
105 VKORC1 1542G>C, rs C _10 105
106 VKORC1 2255C>T, rs C _10 106
107 VKORC1 6009C>T, rs C _10 107
108 Gender Assay AMEL_Y-FAM_X-VIC, hcv C_ _10 C_ _10, targets a gender-specific polymorphic region in the amelogenin gene. A 6 base deletion occurring in the X-specific AMEL gene is detected by the VIC dye probe, whereas the FAM dye probe detects Y-specific sequences. Male samples run in the heterozygous cluster position and female samples run in the VIC homozygous cluster. Note: some males lack the Y-specific amelogenin gene and will type as female. The C_ _10 assay should be run in combination with a Y-chromosome assay to identify any mistyped samples (e.g. C _20; see slide 109). 108
109 Y-chr assay, rs C _20 This Y-chromosome-specific assay will amplify only male samples; female samples run with or close to the NTCs. 109
110 Legal notification For Research Use Only. Not for use in diagnostic procedures Thermo Fisher Scientific. All rights reserved. All trademarks are the property of Thermo Fisher Scientific and its subsidiaries unless otherwise specified. 110
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