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. 2012 Aug 20;7(8):e42711. doi: 10.1371/journal.pone.0042711

Table 4. Top Significant SNP-associations with mtDNA Levels in GAIT.

Gene SNP Chr Sex-specificity MAF beta P-value*
MRPL37 rs10888838 1 Males 0.1133 0.806 4.01e-06(a)
RNF144 rs2140855 2 No 0.3879 0.321 1.85e-05(a)
RNF144 rs2056634 2 No 0.1928 0.344 3.50E-04(b)
RNF144 rs11682769 2 No 0.2819 −0.275 4.90E-04(b)
FLJ41046 rs2609101 2 No 0.2282 0.317 2.14E-04(b)
FLJ41046 rs2564023 2 No 0.0692 −0.454 3.40E-04(b)
FLJ41046 rs1880800 2 No 0.4739 −0.248 3.81e-04(b)
FLJ41046 rs7571496 2 No 0.3032 0.241 9.27E-04(b)
SOX11 rs813779 2 No 0.2315 −0.323 2.97E-04(b)
TSSC1 rs2305491 2 No 0.0805 0.447 4.91e-04(b)
VENTXP7 rs2731943 3 Females 0.2541 0.489 6.93e-05(b)
ZNF659 rs161196 3 No 0.0301 0.903 6.94E-05(b)
SATB1 rs7635386 3 Females 0.3835 0.385 9.47e-05(b)

Chr.: Chromosome.

Minimal Allele Frequency of the SNP in our sample.

represents the effect of one copy of the rare allele in mtDNA levels when it is expressed in original scale.

*

P-value of the association with mtDNA levels.

(a)

indicates statistical significance after Bonferroni correction for multiple testing.

(b)

indicates statistical significance after B-H adjustment for multiple testing assuming a 10% of false discovery rate.