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Table 5 Top 15 GO processes similarly relevant to the top 100 predicted target genes of hsa-miR-19b-3p and hsa-miR-24-3p

From: Identification of plasma microRNA expression changes in multiple system atrophy and Parkinson’s disease

 

GO processes

err(−log(p-Value))

miR-19b-3p

miR-24-3p

p-value

FDR

p-value

FDR

1

cation transport

8.91E-03

1.95E-01

2.62E-01

2.01E-01

2.99E-01

2

organonitrogen compound catabolic process

1.13E-02

4.91E-01

5.33E-01

4.99E-01

5.63E-01

3

developmental process involved in reproduction

1.13E-02

5.35E-02

1.02E-01

5.01E-02

1.34E-01

4

nitrogen compound transport

1.27E-02

5.37E-03

1.80E-02

4.70E-03

4.43E-02

5

Golgi reassembly

2.03E-02

2.43E-02

5.67E-02

2.08E-02

8.85E-02

6

positive regulation of glomerular filtration

2.13E-02

2.91E-02

6.45E-02

2.49E-02

9.58E-02

7

regulation of systemic arterial blood pressure by vasopressin

2.30E-02

3.86E-02

7.98E-02

3.31E-02

1.11E-01

8

operant conditioning

2.30E-02

3.86E-02

7.98E-02

3.31E-02

1.11E-01

9

regulation of dopamine uptake involved in synaptic transmission

2.32E-02

1.53E-03

6.62E-03

1.12E-03

2.07E-02

10

regulation of catecholamine uptake involved in synaptic transmission

2.32E-02

1.53E-03

6.62E-03

1.12E-03

2.07E-02

11

platelet dense granule organization

2.38E-02

4.33E-02

8.70E-02

3.72E-02

1.18E-01

12

negative regulation of dopamine secretion

2.38E-02

4.33E-02

8.70E-02

3.72E-02

1.18E-01

13

intestine smooth muscle contraction

2.45E-02

4.80E-02

9.42E-02

4.12E-02

1.23E-01

14

interleukin-1 beta secretion

2.45E-02

4.80E-02

9.42E-02

4.12E-02

1.23E-01

15

mast cell chemotaxis

2.45E-02

4.80E-02

9.42E-02

4.12E-02

1.23E-01

  1. GO gene ontology, FDR false discovery rate