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Table 3 Table of genome-wide significant G×G interactions with rQTL

From: Genome-wide association study for variants that modulate relationships between cerebrospinal fluid amyloid-beta 42, tau, and p-tau levels

Trait

rQTL

SNP2

Chrom

Location

Maj/Min (MAF)

p value

Gene

Left gene

Right gene

Aβ42

rs8027714

rs57134082

12

40057892

T/A (0.166)

< 5 × 10 –9

C12orf40

ABCD2

SLC2A13

tau

rs74025622

rs9817620 b

3

261440

T/C (0.062)

1.50 × 10 –8

CHL1

LOC642891

LOC402123

tau

rs74025622

rs73105331a,b

7

52374812

C/T (0.031)

3.00 × 10–8

 

LOC107986796

LOC107986738

tau

rs74025622

rs75034965b

22

35710231

G/A (0.144)

3.75 × 10–8

TOM1

HMGXB4

HMOX1

p-tau

rs689167

rs1558634

7

29553339

C/T (0.125)

1.00 × 10 –8

CHN2

NANOGP4

LOC646745

p-tau

rs79099429 a,c

rs79688703 b

16

7899349

T/C (0.059)

5.00 × 10 –9

 

RBFOX1

LOC105371069

p-tau

rs15205a,c

rs79688703b

16

7899349

T/C (0.059)

2.75 × 10–8

 

RBFOX1

LOC105371069

  1. p values based on 100 million parametric bootstraps
  2. SNPs and p values in bold are significant after correcting for the number of independent and significant ptau/Aβ42 rQTL (p < 1 × 10−8); those underlined are significant after correcting for the tau/Aβ42 rQTL (p < 1.67 × 10−8); the rest are not mentioned in the text and are suggestive
  3. Chrom Chromosome, G×G gene-by-gene, MAF minor allele frequency, Maj Major Allele, Min Minor Allele, rQTL relationship quantitative trait loci, SNP single nucleotide polymorphism
  4. aNominally significant for rate of decline
  5. bNominally significant for Aβ42 G×G
  6. cNominally significant for direct association with Aβ42