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Table 9 Summary of studies with association between heart disease and KEGG pathways enriched by BAHSIC identified miRNA target genes

From: Principal component analysis-based unsupervised feature extraction applied to in silico drug discovery for posttraumatic stress disorder-mediated heart disease

KEGG pathway

Enrichment P -value

Ref.

Description

Long-term depression

5.37×10−19

[71]

Depression has been linked with additional health problems, including heart disease

Prion diseases

3.13×10−17

[72]

Prion-induced amyloid heart disease with high blood infectivity in transgenic mice

Axon guidance

5.99×10−14

(Already identified by CPCAFE)

Fatty acid biosynthesis

2.01×10−12

[73]

A relationship between fatty acid synthase andcardiac calcium signaling has been suggested

Calcium signaling pathway

2.04×10−10

(Already identified by CPCAFE)

Gap junction

5.03×10−10

[74]

Gap junction alterations in human cardiac disease

Prostate cancer

6.04×10−10

(Already identified by CPCAFE)

Pancreatic cancer

1.63×10−9

Glutamatergic synapse

2.02×10−8

Endometrial cancer

2.02×10−8

(Already identified by CPCAFE)

Long-term potentiation

2.65×10−8

Neurotrophin signaling pathway

2.81×10−8

Focal adhesion

8.34×10−8

(Already identified by CPCAFE)

TGF-beta signaling pathway

2.00×10−7

(Already identified by CPCAFE)

Endocytosis

2.27×10−7

Cholinergic synapse

9.60×10−7

Regulation of actin cytoskeleton

1.33×10−6

Colorectal cancer

3.52×10−6

(Already identified by CPCAFE)

Salmonella infection

5.65×10−6

PI3K-Akt signaling pathway

1.01×10−5

  1. Pathways annotated as “Already identified as CPCAFE” are listed in Table 3.