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Table 2 Functional correlations between overall differential expression and noncoding adaptation

From: Gene expression and adaptive noncoding changes during human evolution

Collection #

sets

r_r

p(r_r)

q(r_r)

C3:TFT (transcription factor targets)

472

0.35

< 0.0001

< 0.0005

C2:CGP (chemical and genetic perturbations)

645

0.28

< 0.0001

< 0.0005

C7:All (immunologic signatures)

1723

0.14

< 0.0001

< 0.0005

C4:CGN (cancer gene neighborhoods)

88

0.5

0.012

0.045

C6:All (oncogenic signatures)

109

0.22

0.019

0.057

C4:CM (cancer modules)

87

0.29

0.036

0.09

C5:CC (GO cellular components)

37

0.33

0.14

0.27

C3:MIR (microRNA targets)

109

0.11

0.14

0.27

C1:All (positional gene sets)

9

0.17

0.34

0.53

H:All (hallmark gene sets)

25

0.089

0.35

0.53

C2:CP:Reactome (Reactome gene sets)

39

0.058

0.4

0.55

C2:CP:KEGG (KEGG gene sets)

11

−0.17

0.7

0.88

C2:CP:Other (other canonical pathways)

6

−0.49

0.8

0.93

C5:BP (GO biological processes)

123

−0.28

0.95

0.96

C5:MF (GO molecular functions)

44

−0.41

0.96

0.96

  1. All MSigDB collections we considered are listed except for C2:CP:BioCarta, in which no gene set contained at least 50 genes analyzed in a previous study of adaptive noncoding changes. # sets is the number of gene sets we considered in the collection. r r is the rank correlation between rank-biserial correlations for enrichment with differential expression (each of which is a rank-biserial correlation as in Table 1) and rank-biserial correlations for enrichment with noncoding adaptation (each of which is likewise a rank-biserial correlation). p(r r) is the one-tailed p-value of r r via permutation test with 10,000 permutations; collections are ordered by increasing p(r r), which reflects r r, # sets, and patterns of overlap among gene sets in the collection