Skip to main content

Table 1 Expression phenotypes with the strongest agreement and evidence of linkage for the Morley et al. [2], single-probe, and principal-components analyses

From: Linkage analysis using principal components of gene expression data

   

Morley et al. [2]

Single probe

Principal components

Gene

Location

Probe

p-value

LOD

p-value

Position (cM)

PC

LOD

p-value

Position (cM)

CH13L2

1p13.3

213060.s.at

<10-10

11.6

<10-12

111.8

3

2.9

<10-3

112.2

ZP3

7q11

210910.at

<10-9

13

<10-14

75.6

4

2.9

<10-3

64.3

PSPHL

7p11

205048.s.at

<10-10

6.1

<10-7

64.3

4

2.9

<10-3

64.3

DDX17

22q13

208151x.at

<10-9

5.9

<10-7

43.4

5

1.2

<10-2

47.7

UGT2B17

4q13

207245.at

---------

8.3

<10-9

62.3

2

7.1

<10-8

63.9

LRAP

5q15

219759.at

---------

8.1

<10-9

99

4

5.6

<10-6

97.7

HLA-DQB1

6p21.3

209480.at

---------

9

<10-10

36

1

10.7

<10-11

34.2

HLA-DPB1

6p21.3

201137.s.at

---------

8.8

<10-10

31.6

3

3.8

<10-4

38.3

  1. The column "LOD" represents the maximum LOD scores in the chromosome where the genes are located with its respective p-values and positions in cM. The principal components results represent values at the same relative region as those found using the two other methods (single probe, Morley et al. [2]), even though the PC results are not composed of a single probe. The column "PC" lists the principal component that was used to find the maximum LOD score. The four bottom probes met our p-value < 10-9 criteria but did not appear on Morley's top 13 list. There were an additional 9 probes on Morley's list that were not in our top 45.