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Table 6 Enriched KEGG pathways for switch-like genes identified in alternate modes of expression in diabetes. Enriched KEGG pathways are shown for bimodal genes that switch states between healthy tissue and type I and II diabetes (T1 and T2, respectively). Enrichment scores are the number of observed genes over the number of expected genes. P-values were computed using the hypergeometric distribution.

From: Switch-like genes populate cell communication pathways and are enriched for extracellular proteins

 

Tissue

KEGG pathway

Genes observed

Genes expected

Ration of enrichment

P ≤ 0.01

 

Heart

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T1

Muscle

Antigen processing and presentation

9

1.05

8.60

8.11E-07

  

Cell communication

7

1.58

4.43

9.89E-04

  

Cell adhesion molecules (CAMs)

8

1.73

4.63

3.19E-04

  

ECM-receptor interaction

7

1.18

5.95

1.60E-04

  

Focal adhesion

9

2.66

3.38

1.38E-03

  

Leukocyte transendothelial migration

8

1.58

5.06

1.72E-04

  

Natural killer cell mediated cytotoxicity

6

1.67

3.59

6.47E-03

  

Type I diabetes mellitus

5

0.77

6.48

9.67E-04

 

Pancreas

Benzoate degradation via hydroxylation

1

0.01

101.01

9.86E-03

  

Leukocyte transendothelial migration

3

0.17

17.62

6.02E-04

  

Tight junction

2

0.15

13.12

9.92E-03

 

Peripheral blood

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---

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T2

Adipose

---

---

---

---

---

 

Liver

PPAR signaling pathway

2

0.15

13.47

9.52E-03

 

Muscle

Antigen processing and presentation

8

1.05

7.64

8.42E-06

  

Cell communication

6

1.58

3.80

4.92E-03

  

Cell adhesion molecules (CAMs)

8

1.73

4.63

3.19E-04

  

ECM-receptor interaction

6

1.18

5.10

1.09E-03

  

Leukocyte transendothelial migration

8

1.58

5.06

1.72E-04

  

Natural killer cell mediated cytotoxicity

6

1.67

3.59

6.47E-03

  

Type I diabetes mellitus

5

0.77

6.48

9.67E-04

 

Pancreas

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