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. 2014 Feb 4;16(2):415–430. doi: 10.1007/s12017-014-8292-z

Table 1.

MicroRNAs modulated by Ngf appear to be involved in cell signaling

KEGG Pathway p value #genes #miRNAs
A 1 h Ngf
TGF-beta signaling pathway  <0.01 15 6
Neurotrophin signaling pathway <0.01 17 6
Circadian rhythm 0.02 5 5
ECM-receptor interaction 0.02 6 3
SNARE interactions in vesicular transport 0.02 6 6
JAK-STAT signaling pathway 0.02 18 8
B 3 h Ngf
Long-term depression 0.02 9 5
MAPK signaling pathway 0.02 24 5
Focal adhesion 0.04 19 5
TGF-beta signaling pathway 0.04 11 4
C 6 h Ngf
ECM-receptor interaction <0.01 9 4
Focal adhesion <0.01 24 7
Axon guidance 0.02 14 6
TGF-beta signaling pathway 0.04 10 6
Adherens junction 0.04 9 6
D 24 h Ngf
Axon guidance <0.01 30 8
MAPK signaling pathway 0.04 43 7
Long-term depression 0.04 13 6
E 240 h Ngf
TGF-beta signaling pathway <0.01 50 39
Wnt signaling pathway <0.01 89 41
Axon guidance <0.01 74 41
Neurotrophin signaling pathway <0.01 72 44
Focal adhesion <0.01 103 40
Long-term potentiation <0.01 42 40
ErbB signaling pathway <0.01 48 39
MAPK signaling pathway 0.02 125 43

Predicted targets of all microRNAs modulated by Ngf at each time point—from 1 to 240 h—were retrieved and mapped into the KEGG Pathway database through DIANA miR-Path software; only pathways with p value ≤ 0.05 were retained. Pathways relevant to nervous system and neurons are shown; the number of Ngf-modulated miRs targeting a given pathway and the numbers of genes that are targeted in that pathway are also indicated