Table 1.

One-sample correlation network comparison of Type II diabetes versus Normal phenotype

Gene Set Name	ρ=0.35	ρ=0.50
1 KET-HG-U133A probes	0.38	0.828
2 MAP31 Inositol metabolism	0.607	0.608
3 MAP40 Pentose&glucuronate interconversions	0.599	0.574
4 MAP53 Ascorbate&aldarate metabolism	0.455	0.809
5 MAP62 Fatty acid biosynthesis path 2	0.644	0.761
6 MAP72 Synthesis&degradation of ketone bodies	0.588	0.915
7 MAP130 Ubiquinone biosynthesis	0.122	0.115
8 MAP140 C21 Steroid hormone metabolism	0.901	0.902
9 MAP271 Methionine metabolism	0.49	0.879
10 MAP272 Cysteine metabolism	0.522	0.584
11 MAP290 Valine leucine&isoleucine biosynthesis	0.139	0.431
12 MAP400 Phenylalanine tyrosine&tryptophan biosyn	0.443	0.804
13 MAP430 Taurine&hypotaurine metabolism	0.782	0.705
14 MAP450 Selenoamino acid metabolism	0.554	0.874
15 MAP460 Cyanoamino acid metabolism	0.569	0.808
16 MAP472 D-Arginine&D-ornithine metabolism	0.916	0.948
17 MAP511 N-Glycan degradation	0.58	0.677
18 MAP512 O-Glycans biosynthesis	0.613	0.673
19 MAP522 Erythromycin biosynthesis	0.081	0.254
20 MAP532 Chondroitin Heparan sulfate biosynthesis	0.726	0.882
21 MAP533 Keratan sulfate biosynthesis	0.861	0.943
22 MAP580 Phospholipid degradation	0.484	0.271
23 MAP601 Blood group glycolipid biosyn lact series	0.571	0.588
24 MAP603 Globoside metabolism	0.92	0.88
25 MAP630 Glyoxylate&dicarboxylate metabolism	0.276	0.622
26 MAP631 1-2-Dichloroethane degradation	0.473	0.797
27 MAP632 Benzoate degradation	0.515	0.812
28 MAP680 Methane metabolism	0.319	0.337
29 MAP720 Reductive carboxylate cycle CO2 fixation	0.085	0.459
30 MAP740 Riboflavin metabolism	0.231	0.583
31 MAP760 Nicotinate&nicotinamide metabolism	0.581	0.899
32 MAP780 Biotin metabolism	0.451	0.67
33 MAP900 Terpenoid biosynthesis	0.802	0.835
34 MAP950 Alkaloid biosynthesis I	0.666	0.6965
35 MAP3030 DNA polymerase	0.877	0.707
36 PYR-HG-U133A probes	0.524	0.75
37 ROS-HG-U133A probes	0.658	0.756

Resample p-values for the 37 gene sets analyzed based on correlation networks using thresholds ρ = 0.35 and 0.50.